Table of Contents

• A 7 kHz bandwidth, 32 kbps speech coder for ISDNSchuyler Quackenbush. 1-4 [doi]
• On the use of direct vector quantization in LPC-based analysis-by-synthesis coding systemsYair Shoham. 5-8 [doi]
• Low-delay code-excited linear-predictive coding of wideband speech at 32 kbpsErik Ordentlich, Yair Shoham. 9-12 [doi]
• 16 kbps wideband speech coding technique based on algebraic CELPClaude Laflamme, Jean-Pierre Adoul, Redwan Salami, Sarto Morissette, Philippe Mabilleau. 13-16 [doi]
• Wideband CELP speech coding at 16 kbits/secGuylain Roy, Peter Kabal. 17-20 [doi]
• A fixed-point 16 kb/s LD-CELP algorithmJuin-Hwey Chen, Yen-Chun Lin, Richard V. Cox. 21-24 [doi]
• Low-delay CELP and tree coders: comparison and performance improvementsMajid Foodeei, Peter Kabal. 25-28 [doi]
• Variable-rate low-delay analysis-by-synthesis speech coding at 8-16 kb/sRong Peng, Vladimir Cuperman. 29-32 [doi]
• A long-term predictive ADPCM coder with short-term prediction and vector quantizationAlv I. Aarskog, Arild Nilsen, Ole Berg, Hans C. Guren. 37-40 [doi]
• Globally optimal trellis quantizersCarl Rudolph Nassar, Mohammad Reza Soleymani. 41-44 [doi]
• Frequency-time-shift-invariant time-delay neural networks for robust continuous speech recognitionHidefumi Sawai. 45-48 [doi]
• Continuous speech recognition using PLP analysis with multilayer perceptronsNelson Morgan, Hynek Hermansky, Hervé Bourlard, Phil Kohn, Chuck Wooters. 49-52 [doi]
• TDNN-LR continuous speech recognition system using adaptive incremental TDNN trainingHidefumi Sawai. 53-56 [doi]
• Large vocabulary speech recognition using neural prediction modelKen-ichi Iso, Takao Watanabe. 57-60 [doi]
• Continuous speech recognition using linked predictive neural networksJoe Tebelskis, Alex Waibel, Bojan Petek, Otto Schmidbauer. 61-64 [doi]
• Information theory-based supervised learning methods for self-organizing maps in combination with hidden Markov modelingGerhard Rigoll. 65-68 [doi]
• Integrating neural nets and one-stage dynamic programming for speaker independent continuous Mandarin digit recognitionJhing-Fa Wang, Chung-Hsien Wu, Chaug-Ching Haung, Jau-Yien Lee. 69-72 [doi]
• TDNNs for phonetic features extraction: a visual explorationFrédéric Bimbot, Gérard Chollet, Jean-Pierre Tubach. 73-76 [doi]
• Application of fully recurrent neural networks for speech recognitionSung-Jun Lee, Ki-Chul Kim, Hyunsoo Yoon, Jung Wan Cho. 77-80 [doi]
• A recurrent time-delay neural network for improved phoneme recognitionFabio Greco, Andrea Paoloni, Giacomo Ravaioli. 81-84 [doi]
• Phoneme recognition by phoneme filter neural networksMasami Nakamura, Shinichi Tamura, Shigeki Sagayama. 85-88 [doi]
• A pairwise discriminant approach to robust phoneme recognition by time-delay neural networksJun-ichi Takami, Shigeki Sagayama. 89-92 [doi]
• Rejection of extraneous input in speech recognition applications, using multi-layer perceptrons and the trace of HMMsLuc Mathan, Laurent Miclet. 93-96 [doi]
• Validation of neural net architectures on speech recognition tasksYounès Bennani, Nasser Chaourar, Patrick Gallinari, Abdelhamid Mellouk. 97-100 [doi]
• Phoneme recognition using time-dependent versions of self-organizing mapsJari Kangas. 101-104 [doi]
• Integrating time alignment and neural networks for high performance continuous speech recognitionPatrick Haffner, Michael A. Franzini, Alex Waibel. 105-108 [doi]
• Hidden Markov model/neural network training techniques for connected alphadigit speech recognitionMichael M. Hochberg, Les T. Niles, J. T. Foote, Harvey F. Silverman. 109-112 [doi]
• A new connected word recognition algorithm based on HMM/LVQ segmentation and LVQ classificationPadma Ramesh, Shigeru Katagiri, Chin-Hui Lee. 113-116 [doi]
• Learning the architecture of neural networks for speech recognitionUlrich Bodenhausen, Alex Waibel. 117-120 [doi]
• Non-linear vector interpolation by neural network for phoneme identification in continuous speechYifan Gong, Jean-Paul Haton. 121-124 [doi]
• Time-state neural networks (TSNN) for phoneme identification by considering temporal structure of phonemic featuresYasuhiro Komori. 125-128 [doi]
• Source decomposition of acoustic variability in a modular connectionist networkRaymond L. Watrous. 129-131 [doi]
• Probability based optimization for network classifiersPeter Brauer, Per Hedelin, Dieter Huber, Petter Knagenhjelm. 133-136 [doi]
• Neural trees-using neural nets in a tree classifier structureJan-Erik Strömberg, Jalel Zrida, Alf J. Isaksson. 137-140 [doi]
• Word recognition using neural nets, multi-state Gaussian and k -nearest neighbor classifiersDavid M. Lubensky. 141-144 [doi]
• Robust speech parameters extraction for word recognition in noise using neural networksLaurent Barbier, Gérard Chollet. 145-148 [doi]
• Speaker independent phoneme recognition with an auditory model and a neural network: a comparison with traditional techniquesTimothy R. Anderson. 149-152 [doi]
• Neural network coupled with IIR sequential adapter for phoneme recognition in continuous speechYifan Gong, Ying Cheng, Jean-Paul Haton. 153-156 [doi]
• Speech recognition with neural networks and network fusionEric R. Buhrke, Joseph L. LoCicero. 157-160 [doi]
• Improved acoustic modeling for speaker independent large vocabulary continuous speech recognitionChin-Hui Lee, Egidio P. Giachin, Lawrence R. Rabiner, Roberto Pieraccini, Aaron E. Rosenberg. 161-164 [doi]
• Phonetic triplets in acoustic-phonetic decoding of continuous speechYves Laprie. 165-168 [doi]
• Phonetic typewriter based on phoneme source modelingTomokazu Yamada, Toshiyuki Hanazawa, Takeshi Kawabata, Shoichi Matsunaga, Kiyohiro Shikano. 169-172 [doi]
• Automatic phonetic baseform determinationLalit R. Bahl, Subrata K. Das, Peter DeSouza, M. Epstein, Robert L. Mercer, Bernard Mérialdo, David Nahamoo, Michael A. Picheny, J. Powell. 173-176 [doi]
• A new class of fenonic Markov word models for large vocabulary continuous speech recognitionLalit R. Bahl, Jerome R. Bellegarda, Peter V. de Souza, P. S. Gopalakrishnan, David Nahamoo, Michael A. Picheny. 177-180 [doi]
• Improved vocabulary-independent sub-word HMM modellingLynn C. Wood, David J. B. Pearce, Frederic Novello. 181-184 [doi]
• Decision trees for phonological rules in continuous speechLalit R. Bahl, Peter V. de Souza, P. S. Gopalakrishnan, David Nahamoo, Michael A. Picheny. 185-188 [doi]
• Learning structural models of subword units through grammatical inference techniquesEmilio Sanchis Arnal, Francisco Casacuberta, Isabel Galiano, Encarna Segarra. 189-192 [doi]
• Microstructural speech units and their HMM representation for discrete utterance speech recognitionLi Deng 0001, Kevin Erler. 193-196 [doi]
• Multi-lingual label alignment using acoustic-phonetic features derived by neural-network techniquePaul Dalsgaard, Ove Andersen, William J. Barry. 197-200 [doi]
• Continuous representations in linear predictive codingW. Bastiaan Kleijn. 201-204 [doi]
• Techniques for improving the performance of CELP type speech codersIra A. Gerson, Mark A. Jasiuk. 205-208 [doi]
• Derivation of efficient CELP coding algorithms using the Z-transform approachAlain Le Guyader, R. Di Francesco, Claude Lamblin. 209-212 [doi]
• 4 kb/s improved CELP coder with efficient vector quantizationKazunori Ozawa, Toshiki Miyano. 213-216 [doi]
• Speech coding at 4 kb/s and lower using single-pulse and stochastic models of LPC excitationW. Granzow, Bishnu S. Atal, Kuldip K. Paliwal, J. Schroeter. 217-220 [doi]
• Low-complexity multi-mode VXC using multi-stage optimization and mode selection [speech coding]Mark Johnson, Tomohiko Taniguchi. 221-224 [doi]
• Amplitude quantization for CELP excitation signalsPer Hedelin, Anders Bergström. 225-228 [doi]
• Adaptive bit-allocation between the pole-zero synthesis filter and excitation in CELPKimio Miseki, Masami Akamine. 229-232 [doi]
• Efficient excitation modeling in a low bit-rate CELP coderMaurizio Copperi. 233-236 [doi]
• Improved CELP coding using adaptive excitation codebooksU. Kipper, Herbert Reininger, Dietrich Wolf. 237-240 [doi]
• Pitch sharpening for perceptually improved CELP, and the sparse-delta codebook for reduced computationTomohiko Taniguchi, Mark Johnson, Yasuji Ohta. 241-244 [doi]
• Vector quantization of transform components for speech coding at 1200 bpsPhilipos C. Loizou, Andreas S. Spanias. 245-248 [doi]
• The application of the IMBE speech coder to mobile communicationsJohn C. Hardwick, Jae S. Lim. 249-252 [doi]
• Comparison of discrete and continuous HMMs in a CSR task over the telephoneLorenzo Fissore, Pietro Laface, Giorgio Micca. 253-256 [doi]
• A real-time Chinese speech recognition system with unlimited vocabularyYuqing Gao, Taiyi Huang, Zhiwei Lin, Bo Xu 0002, Dongxin Xu. 257-260 [doi]
• Using the topology-preserving properties of SOFMs in speech recognitionKari Torkkola, Mikko Kokkonen. 261-264 [doi]
• Robust HMM phoneme modeling for different speaking stylesTatsuo Matsuoka, Kiyohiro Shikano. 265-268 [doi]
• Incorporating LR parsing into SPHINXKenji Kita, Wayne H. Ward. 269-272 [doi]
• A Japanese text dictation system based on phoneme recognition and a dependency grammarShozo Makino, Akinori Ito, Mitsuru Endo, Ken'iti Kido. 273-276 [doi]
• An Alphanet approach to optimising input transformations for continuous speech recognitionJohn S. Bridle, L. Dodd. 277-280 [doi]
• A variable duration acoustic segment HMM for hard-to-recognize words and phrasesJeffrey N. Marcus, Victor W. Zue. 281-284 [doi]
• Signal representation comparison for phonetic classificationHelen M. Meng, Victor W. Zue. 285-288 [doi]
• A dynamical system approach to continuous speech recognitionVassilios Digalakis, Jan Robin Rohlicek, Mari Ostendorf. 289-292 [doi]
• Speech recognition using dynamic features of acoustic subword spectraKathy L. Brown, V. Ralph Algazi. 293-296 [doi]
• Three different probabilistic language models: comparison and combinationHelene Cerf-Danon, Marc El-Bèze. 297-300 [doi]
• Extending the vocabulary of a speaker independent recognition systemStephan Euler, Joachim Zinke. 301-304 [doi]
• Automatic modeling for adding new words to a large-vocabulary continuous speech recognition systemAyman Asadi, Richard M. Schwartz, John Makhoul. 305-308 [doi]
• Improvements and applications for key word recognition using hidden Markov modeling techniquesJay G. Wilpon, L. G. Miller, P. Modi. 309-312 [doi]
• Multiple neural network topologies applied to keyword spottingDavid P. Morgan, Christopher L. Scofield, John E. Adcock. 313-316 [doi]
• Techniques for information retrieval from voice messagesRichard C. Rose, Eric I. Chang, Richard Lippmann. 317-320 [doi]
• Automatic recognition of prosodic phrasesColin W. Wightman, Mari Ostendorf. 321-324 [doi]
• Speaker-independent name retrieval from spellings using a database of 50000 namesRonald A. Cole, Mark A. Fanty, M. Gopalakrishnan, Rik D. T. Janssen. 325-328 [doi]
• The Lincoln tied-mixture HMM continuous speech recognizerDouglas B. Paul. 329-332 [doi]
• An HMM based speaker-independent continuous speech recognition system with experiments on the TIMIT databaseYunxin Zhao, Hisashi Wakita, Xinhua Zhuang. 333-336 [doi]
• The SSI large-vocabulary speaker-independent continuous speech recognition systemWilliam S. Meisel, Mark T. Anikst, S. S. Pirzadeh, J. E. Schumacher, M. C. Soares, David J. Trawick. 337-340 [doi]
• Using phoneme duration and energy contour information to improve large vocabulary isolated-word recognitionVishwa Gupta, Matthew Lennig, Paul Mermelstein, Patrick Kenny, Franz Seitz, Douglas D. O'Shaughnessy. 341-344 [doi]
• Improved acoustic modeling with the SPHINX speech recognition systemXuedong Huang 0001, Kai-Fu Lee, Hsiao-Wuen Hon, Mei-Yuh Hwang. 345-348 [doi]
• Improvements in connected digit recognition using higher order spectral and energy featuresJay G. Wilpon, Chin-Hui Lee, Lawrence R. Rabiner. 349-352 [doi]
• A segment-based approach to automatic language identificationYeshwant K. Muthusamy, Ronald A. Cole, M. Gopalakrishnan. 353-356 [doi]
• Training HMMs using a minimum recognition error approachHoracio Franco, António Joaquim Serralheiro. 357-360 [doi]
• The influence of psychoacoustic and psycholinguistic factors on listener judgments of intelligibility of normal and Lombard speechJean-Claude Junqua. 361-364 [doi]
• Understanding spontaneous speech: the Phoenix systemWayne H. Ward. 365-367 [doi]
• A comparative study of continuous speech recognition using neural networks and hidden Markov modelsSteve Renals, David McKelvie, Fergus McInnes. 369-372 [doi]
• A novel approach to speaker verificationDimitrios A. Gaganelis, Eleftherios D. Frangoulis. 373-376 [doi]
• A text-independent speaker recognition method robust against utterance variationsTomoko Matsui, Sadaoki Furui. 377-380 [doi]
• Connected word talker verification using whole word hidden Markov modelsAaron E. Rosenberg, Chin-Hui Lee, Sedat Gokcen. 381-384 [doi]
• On the use of TDNN-extracted features information in talker identificationYounès Bennani, Patrick Gallinari. 385-388 [doi]
• Text-independent talker identification with neural networksLaszlo Rudasi, Stephen A. Zahorian. 389-392 [doi]
• Radial basis function networks for speaker recognitionJohn Oglesby, John S. D. Mason. 393-396 [doi]
• A speaker verification system using alpha-netsMichael J. Carey 0002, Eluned S. Parris, John S. Bridle. 397-400 [doi]
• Robust speaker identification in noisy environments using noise adaptive speaker modelsR. C. Rose, J. Fitzmaurice, Edward M. Hofstetter, Douglas A. Reynolds. 401-404 [doi]
• Text-independent speaker verification by discriminator countingAlan L. Higgins, Lawrence G. Bahler. 405-408 [doi]
• Automatic sex identification from short segments of speechJesse W. Fussell. 409-412 [doi]
• Isolated word recognition in noisy environment by vector quantization of the HMM and noise distributionsEleftherios D. Frangoulis. 413-416 [doi]
• Fractal aspects of speech signals: dimension and interpolationPetros Maragos. 417-420 [doi]
• Speech nonlinearities, modulations, and energy operatorsPetros Maragos, Thomas F. Quatieri, James F. Kaiser. 421-424 [doi]
• Nonlinear prediction of speechBrent Townshend. 425-428 [doi]
• Recognition of noisy speech using cumulant-based linear prediction analysisKuldip K. Paliwal, Man Mohan Sondhi. 429-432 [doi]
• Truly nonstationary techniques for the analysis and display of voiced speechLes E. Atlas, Patrick J. Loughlin, James W. Pitton. 433-436 [doi]
• Robust voiced/unvoiced speech classification using a neural netRonald P. Cohn. 437-440 [doi]
• A fast neural net training algorithm and its application to voiced-unvoiced-silence classification of speechThea B. Ghiselli-Crippa, Amro El-Jaroudi. 441-444 [doi]
• Classification of unvoiced stops based on formant transitions prior to releaseKrishna S. Nathan, Harvey F. Silverman. 445-448 [doi]
• A comparison of a wavelet functions for pitch detection of speech signalsShubha Kadambe, Gloria Faye Boudreaux-Bartels. 449-452 [doi]
• Manipulating synthetic intonation for speaker characterisationAlex I. C. Monaghan, D. Robert Ladd. 453-456 [doi]
• Combined multi-resolution (wideband/narrowband) spectrogramShiufun Cheung, Jae S. Lim. 457-460 [doi]
• Speech recognition-a time-frequency subspace filtering based approachDavid Rainton. 461-464 [doi]
• On the phonetic structure of a large hidden Markov modelDavid J. Pepper, Mark A. Clements. 465-468 [doi]
• Hidden Markov modeling using the most likely state sequenceNeri Merhav, Yariv Ephraim. 469-472 [doi]
• Automatic segmentation and labeling of speechAndrej Ljolje, Michael Riley 0001. 473-476 [doi]
• Numerical simulation of the glottal flow by a model based on the compressible Navier-Stokes equationsGabriele C. Hegerl, Harald Höge. 477-480 [doi]
• Low update rate articulatory analysis/synthesis of speechSunil K. Gupta, Juergen Schroeter. 481-484 [doi]
• Acoustic to articulatory parameter mapping using an assembly of neural networksMazin G. Rahim, Willem B. Kleijn, Juergen Schroeter, Colin C. Goodyear. 485-488 [doi]
• Application of neural networks to articulatory motion estimationTetsunori Kobayashi, Masayuki Yagyu, Katsuhiko Shirai. 489-492 [doi]
• Auditory distortion measure for speech codingShihua Wang, Andrew Sekey, Allen Gersho. 493-496 [doi]
• A new objective quality measure for speech-coding systems based on the estimation of their nonlinear propertiesUlrich Halka. 497-500 [doi]
• On the quality of speech produced by impulse driven linear systemsWerner Verhelst. 501-504 [doi]
• Modeling vocal disorders via formant synthesisAjit L. Lalwani, D. G. Childers. 505-508 [doi]
• Syntactic neural networks for text-phonetics translationSimon M. Lucas, Robert I. Damper. 509-512 [doi]
• Mixed distance measures for synthetic speech evaluationNathaniel Polish. 513-516 [doi]
• Use of triphones for demisyllable-based speech synthesisPeri Bhaskararao, Stephen J. Eady, John H. Esling. 517-520 [doi]
• A robust real-time pitch detector based on neural networksHoracio Martinez-Alfaro, José L. Contreras-Vidal. 521-523 [doi]
• Text-to-speech system for GreekNickolas Yiourgalis, George K. Kokkinakis. 525-528 [doi]
• A Bayesian classification approach with application to speech recognitionNeri Merhav, Yariv Ephraim. 529-532 [doi]
• High performance connected digit recognition using maximum mutual information estimationRégis Cardin, Yves Normandin, Renato de Mori. 533-536 [doi]
• An improved MMIE training algorithm for speaker-independent, small vocabulary, continuous speech recognitionYves Normandin, Salvatore D. Morgera. 537-540 [doi]
• Robustness and discrimination oriented speech recognition using weighted HMM and subspace projection approachesKeh-Yih Su, Chin-Hui Lee. 541-544 [doi]
• Optimising hidden Markov models using discriminative output distributionsPhilip C. Woodland, David R. Cole. 545-548 [doi]
• Discriminative analysis of distortion sequences in speech recognitionPao-Chung Chang, Sin-Horng Chen, Biing-Hwang Juang. 549-552 [doi]
• Speaker-independent large vocabulary word recognition using an LVQ/HMM hybrid algorithmHitoshi Iwamida, Shigeru Katagiri, Erik McDermott. 553-556 [doi]
• Phoneme recognition by combining discriminant analysis and HMMTatsuya Kawahara, Shuji Doshita. 557-560 [doi]
• Acoustic-phonetic transformations for improved speaker-independent isolated word recognitionStephen A. Zahorian, Danming Qian, Amir Jalali Jagharghi. 561-564 [doi]
• An iterative 'flip-flop' approximation of the most informative split in the construction of decision treesArthur Nádas, David Nahamoo, Michael Picheny, J. Powell. 565-568 [doi]
• On the interaction between true source, training, and testing language modelsDouglas B. Paul, James K. Baker, Janet M. Baker. 569-572 [doi]
• Speech recognition in a neural network framework: discriminative training of Gaussian models and mixture densities as radial basis functionsHermann Ney. 573-576 [doi]
• Sine-wave phase coding at low data ratesRobert J. McAulay, Thomas F. Quatieri. 577-580 [doi]
• Speech coding using nonstationary sinusoidal modelling and narrow-band basis functionsHolger Carl, Bernd W. Kolpatzik. 581-584 [doi]
• Real-time implementation and evaluation of variable rate CELP codersLuis A. Hernández Gómez, Francisco Javier Casajús-Quirós, Carmen García-Mateo, Javier Ortega-Garcia. 585-588 [doi]
• A 2.4 kbps high-quality speech coderJesper Haagen, Henrik Nielsen, Steffen Duus Hansen. 589-592 [doi]
• A new mixed excitation LPC vocoderAlan McCree, Thomas P. Barnwell III. 593-596 [doi]
• Low bit rate LPC vocoders using vector quantization and interpolationJose Antonio Martins, Fábio Violaro. 597-600 [doi]
• A robust 400-bps speech coder against background noiseY. J. Liu. 601-604 [doi]
• Segment vocoder based on reconstruction with natural segmentsPhilippe Jeanrenaud, Patrick Peterson. 605-608 [doi]
• Multi-frame coding of LPC parameters at 600-800 bpsDavid P. Kemp, John S. Collura, Thomas E. Tremain. 609-612 [doi]
• High performance coder: a possible candidate for the GSM half-rate systemYuhang Wu, Henrik B. Hansen, Knud J. Larsen, Henrik Nielsen, John Aasted Sørensen. 613-616 [doi]
• Experiments with a regular pulse CELP coder for the pan European half rate channelC. Gruet, F. Pommaret, M. Delprat. 617-620 [doi]
• A 6.3 kb/s CELP codec suitable for half-rate systemGiovanni Fausto Andreotti, V. Maiorano, Luigi Vetrano. 621-624 [doi]
• A speech codec for cellular radio at a gross bit rate of 11.4 kb/sHans Hermansson, Tor Björn Minde, Jonas Ahlberg, P. Lundqvist. 625-628 [doi]
• An evaluation of 6.4 kbit/s speech codecs for Inmarsat-M systemSiu-Wah Wong. 629-632 [doi]
• Using super resolution pitch in waveform speech codersYoav Medan. 633-636 [doi]
• Neural network vector quantizer design using sequential and parallel learning techniquesFrank H. Wu, Keshab K. Parhi, Kalyan Ganesan. 637-640 [doi]
• Robust and efficient quantization of speech LSP parameters using structured vector quantizersRajiv Laroia, Nam Phamdo, Nariman Farvardin. 641-644 [doi]
• A new MMSE encoding algorithm for vector quantizationR. L. Joshi, P. G. Poonacha. 645-648 [doi]
• Improving the training and testing speed and the ability of generalization in learning vector quantization-DVQFranck Poirier. 649-652 [doi]
• Cell-conditioned multistage vector quantizationD. H. Lee, David L. Neuhoff, Kuldip K. Paliwal. 653-656 [doi]
• Methods of improving vector-scalar quantization of LPC coefficientsJohn Grass, Peter Kabal. 657-660 [doi]
• Efficient vector quantization of LPC parameters at 24 bits/frameKuldip K. Paliwal, Bishnu S. Atal. 661-664 [doi]
• Soft-decision vector quantization based on the Dempster/Shafer theoryFritz Class, Alfred Kaltenmeier, Peter Regel. 665-668 [doi]
• An economical binary tree structure for vector quantizationLu Chang, M. M. Bayoumi. 669-672 [doi]
• VQ codebook design using improved simulated annealing algorithmsNgoc-Ai Lu, Darryl Morrell. 673-676 [doi]
• Wavelet representations and coding of self-affine signalsFrançois J. Malassenet, Russell M. Mersereau. 677-680 [doi]
• Embedded CELP coding for variable bit-rate between 6.4 and 9.6 kbit/sRosario Drogo Deiacovo, Daniele Sereno. 681-684 [doi]
• A CELP codebook and search technique using a Hopfield netM. G. Easton, Colin C. Goodyear. 685-688 [doi]
• A*-admissible heuristics for rapid lexical accessPatrick Kenny, Rene Hollan, Vishwa Gupta, Matthew Lennig, Paul Mermelstein, Douglas D. O'Shaughnessy. 689-692 [doi]
• Algorithms for an optimal A* search and linearizing the search in the stack decoderDouglas B. Paul. 693-696 [doi]
• The forward-backward search algorithmSteve Austin, Richard M. Schwartz, Paul Placeway. 697-700 [doi]
• A comparison of several approximate algorithms for finding multiple (N-best) sentence hypothesesRichard M. Schwartz, Steve Austin. 701-704 [doi]
• A tree-trellis based fast search for finding the N-best sentence hypotheses in continuous speech recognitionFrank K. Soong, Eng-Fong Huang. 705-708 [doi]
• Demisyllable-based HMM spotting for continuous speech recognitionEduardo Lleida, José B. Mariño, Climent Nadeu, Joan Salavedra. 709-712 [doi]
• Integration of speech recognition and natural language processing in the MIT VOYAGER systemVictor Zue, James R. Glass, David Goodine, Hong C. Leung, Michael S. Phillips 0001, Joseph Polifroni, Stephanie Seneff. 713-716 [doi]
• Boosting the accuracy of a 100000-word Japanese speech recognition systemShinta Kimura, Yasushi Yamazaki. 717-720 [doi]
• A unification-grammar-directed one-pass search algorithm for parsing spoken languageMichio Okada. 721-724 [doi]
• Continuous speech recognition based on high plausibility regionsYifan Gong, Jean-Paul Haton, Feriel Mouria. 725-728 [doi]
• Complexity reduction in a large vocabulary speech recognizerRoberto Pieraccini, Chin-Hui Lee, Egidio P. Giachin, Lawrence R. Rabiner. 729-732 [doi]
• Fast endpoint detection algorithm for isolated word recognition in office environmentEvaggelos Dermatas, Nikolaos D. Fakotakis, George K. Kokkinakis. 733-736 [doi]
• A statistical model for generating pronunciation networksMichael D. Riley. 737-740 [doi]
• A novel approach to inferring letter-phoneme correspondencesRobert W. P. Luk, Robert I. Damper. 741-744 [doi]
• Inductive learning of pronunciation rules with the Depes systemBert Van Coile. 745-748 [doi]
• The development of a connectionist multiple-voice text-to-speech systemChristine Tuerk, Peter Monaco, Tony Robinson. 749-752 [doi]
• Phonetic to acoustic mapping using recurrent neural networksV. Vinod Kumar, Stanley C. Ahalt, Ashok K. Krishnamurthy. 753-756 [doi]
• Context free wild card parsing in a text-to-speech systemRijk Willemse, Louis Boves. 757-760 [doi]
• Speech synthesis by analogy: recent advances and resultsKirk P. H. Sullivan, Robert I. Damper. 761-764 [doi]
• A segment-based approach to voice conversionMasanobu Abe. 765-768 [doi]
• Improving naturalness in text-to-speech synthesis using natural glottal sourceKenji Matsui, Stephen D. Pearson, Kazue Hata, Takahiro Kamai. 769-772 [doi]
• The analysis of Dutch nasal consonants using robust ARMA analysis: consequences for rule development in speech synthesisH. Loman, Johan de Veth, Lou Boves. 773-776 [doi]
• A flexible formant synthesizerAjit L. Lalwani, D. G. Childers. 777-780 [doi]
• Speech Maker: text-to-speech synthesis based on a multi-level, synchronized data structureHugo C. van Leeuwen, Enrico te Lindert. 781-784 [doi]
• A connectionist model for dialog processingYe-Yi Wang, Alex Waibel. 785-788 [doi]
• Automatic learning of structural language modelsNatividad Prieto, Enrique Vidal 0001. 789-792 [doi]
• JANUS: a speech-to-speech translation system using connectionist and symbolic processing strategiesAlex Waibel, Ajay N. Jain, Arthur E. McNair, Hiroaki Saito, Alexander G. Hauptmann, Joe Tebelskis. 793-796 [doi]
• A probabilistic approach to person-robot dialogueRenato de Mori, Roland Kuhn, Gianni Lazzari. 797-800 [doi]
• Linguistic constraints for continuous speech recognition in goal-directed dialogueToshiyuki Takezawa, Kenji Kita, Junko Hosaka, Tsuyoshi Morimoto. 801-804 [doi]
• Adaptive acquisition of spoken languageAllen L. Gorin, Stephen E. Levinson, A. N. Gertner. 805-808 [doi]
• Tagging text with a probabilistic modelBernard Mérialdo. 809-812 [doi]
• Automatic language recognition using acoustic featuresMasahide Sugiyama. 813-816 [doi]
• An automatic language identification systemMichael I. Savic, Elena Acosta, Sunil K. Gupta. 817-820 [doi]
• Syllable structure parsing for continuous speech recognitionShigeru Ono. 821-824 [doi]
• On smoothing techniques for bigram-based natural language modellingHermann Ney, Ute Essen. 825-828 [doi]
• Spoken language recognition in an office management domainAlexander I. Rudnicky, Jean-Michel Lunati, Alexander M. Franz. 829-832 [doi]
• A new paradigm for speaker-independent trainingFrancis Kubala, Richard M. Schwartz. 833-836 [doi]
• Adaptation of reference speaker HMM word models for speaker-independent recognitionDavid J. B. Pearce, Lynn C. Wood. 837-840 [doi]
• Speaker-adaptive HMM-based speech recognition with a stochastic speaker classifierAkihiro Imamura. 841-844 [doi]
• Speaker adaptation based on Markov modeling of speakers in speaker-independent speech recognitionHiroaki Hattori. 845-848 [doi]
• Fast speaker adaptation: some experiments on different techniques for codebook and HMM parameters estimationMarco Ferretti, Anna Maria Mazza. 849-852 [doi]
• A neural speaker model for speaker clusteringSatoshi Nakamura 0001, Toshio Akabane. 853-856 [doi]
• Speaker adaptation for demi-syllable based continuous density HMMKoichi Shinoda, Ken-ichi Iso, Takao Watanabe. 857-860 [doi]
• A novel speaker adaptation approach for continuous densities HMM'sEleftherios D. Frangoulis, Victoria Sgardoni. 861-864 [doi]
• Speaker adaptation in continuous speech recognition via estimation of correlated mean vectorsWilliam A. Rozzi, Richard M. Stern. 865-868 [doi]
• Integration of speaker and speech recognition systemsDouglas A. Reynolds, Larry P. Heck. 869-872 [doi]
• Segregation of speakers for speech recognition and speaker identificationHerbert Gish, Man-Hung Siu, Jan Robin Rohlicek. 873-876 [doi]
• On speaker-independent, speaker-dependent, and speaker-adaptive speech recognitionX. D. Huang, Kai-Fu Lee. 877-880 [doi]
• An investigation of PLP and IMELDA acoustic representations and of their potential for combinationMelvyn J. Hunt, Stephen M. Richardson, D. Charles Bateman, Alain Piau. 881-884 [doi]
• Robustness of a feature based phoneme segmentation system to speaker independent and continuous speechYasuhiro Komori, Kaichiro Hatazaki. 885-888 [doi]
• CMU robust vocabulary-independent speech recognition systemHsiao-Wuen Hon, Kai-Fu Lee. 889-892 [doi]
• Robust speech recognition by normalization of the acoustic spaceAlejandro Acero, Richard M. Stern. 893-896 [doi]
• Simultaneous model re-estimation from contaminated data by "composed hidden Markov modeling"Maha Kadirkamanathan, Andrew P. Varga. 897-900 [doi]
• Speech enhancement employing adaptive boundary detection and morphological based spectral constraintsJohn H. L. Hansen. 901-904 [doi]
• A robust speech recognition system using word-spotting with noise immunity learningYoichi Takebayashi, Hiroyuki Tsuboi, Hiroshi Kanazawa. 905-908 [doi]
• Pitch-aided spectral estimation for noise-robust speech recognitionAdoram Erell, Mitch Weintraub. 909-912 [doi]
• An hypothesized Wiener filtering approach to noisy speech recognitionAlberto D. Berstein, Ilan D. Shallom. 913-916 [doi]
• Noisy speech recognition using hidden Markov model state-based filteringV. L. Beattie, Steve J. Young. 917-920 [doi]
• Application of a weighted projection measure for robust hidden Markov model based speech recognitionBeth A. Carlson, Mark A. Clements. 921-924 [doi]
• Word recognition in the car-speech enhancement/spectral transformationsChafic Mokbel, Gérard Chollet. 925-928 [doi]
• Speech recognition in a noisy environment using a noise reduction neural network and a codebook mapping techniqueKazumi Ohkura, Masahide Sugiyama. 929-932 [doi]
• A cepstral noise reduction multi-layer neural networkHelge B. D. Sørensen. 933-936 [doi]
• An effective speech separation system which requires no a priori informationJ. Naylor, J. Porter. 937-940 [doi]
• Maximum likelihood noise cancellation with spectral constraintsRégine Le Bouquin, Gérard Faucon. 941-944 [doi]
• Processing of noisy speech using modified group delay functionsB. Yegnanarayana, Hema A. Murthy, V. R. Ramachandran. 945-948 [doi]
• Co-channel speech separation using frequency bin non-linear adaptive filteringY. H. Gu, W. M. G. van Bokhoven. 949-952 [doi]
• An approach to dereverberation using multi-microphone sub-band envelope estimationHong Wang, Fumitada Itakura. 953-956 [doi]
• Fast self-adapting broadband noise removal in the cepstral domainC. S. Wu, V. V. Nguyen, H. Sabrin, William Kushner, John Damoulakis. 957-960 [doi]
• Speech enhancement based conceptually on auditory evidenceYan Ming Cheng, Douglas D. O'Shaughnessy. 961-964 [doi]
• Adaptive noise reduction using discrimination functionsWalter Etter, George S. Moschytz, Daniel Graupe. 965-968 [doi]
• Recovering of broadband reverberant speech signal by sub-band MINT methodHideaki Yamada, Hong Wang, Fumitada Itakura. 969-972 [doi]
• Enhancement of noisy speech by maximum likelihood estimationHidefumi Kobatake, Kaoru Gyoutoku, Sheng Li. 973-976 [doi]
• Reverberant speech enhancement using cepstral processingDuncan Bees, Maier Blostein, Peter Kabal. 977-980 [doi]
• Speech enhancement using resonator filterbanksLuc Gagnon, William F. McGee. 981-984 [doi]
• Regression features for recognition of speech in quiet and in noiseTed H. Applebaum, Brian A. Hanson. 985-988 [doi]
• Vowel recognition in noise for male, female and child voicesJeroen G. van Velden, Guido F. Smoorenburg. 989-992 [doi]
• Spectral sharpening for speech enhancement/noise reductionArthur Schaub, Peter Straub. 993-996 [doi]
• On minimum mean square error speech enhancementYariv Ephraim. 997-1000 [doi]
• Reconfigurability and reliability of systolic/wavefront arraysEdwin Hsing-Mean Sha, Kenneth Steiglitz. 1001-1004 [doi]
• A globally static rate optimal scheduling for recursive DSP algorithmsLih-Gwo Jeng, Liang-Gee Chen. 1005-1008 [doi]
• A residual-based selective window for robust recursive least squares estimationShih Fu Hsieh, K. J. Ray Liu. 1009-1012 [doi]
• A systolic array for recursive least squares computationsMarc Moonen, Joos Vandewalle. 1013-1016 [doi]
• A unified SQRT-free rank-1 up/down-dating approach for recursive least-squares problemsShih Fu Hsieh, Kuo J. Ray Liu, Kung Yao. 1017-1020 [doi]
• A systolic implementation of the Jacobi algorithmStephen P. S. Lam. 1021-1024 [doi]
• Tensor product algebra as a tool for VLSI implementation of the discrete Fourier transformDomingo Rodríguez. 1025-1028 [doi]
• VLSI architectures for computing the arithmetic Fourier transformHeonchul Park, V. K. Prasanna Kumar. 1029-1032 [doi]
• On systolic arrays for recursive complex Householder transformations with applications to array processingC. F. T. Tang, K. J. Ray Liu, Steven A. Tretter. 1033-1036 [doi]
• The VLSI area of high throughput linear filters of moderate order using binary weighted arithmeticWilliam G. Bliss. 1037-1040 [doi]
• Neural LS estimator with a non-quadratic energy functionKeqin Gao, M. Omair Ahmad, M. N. S. Swamy. 1041-1044 [doi]
• Learning image invariants with the Volterra connectionist modelThomas H. Reiss. 1045-1048 [doi]
• An unsupervised neural model for oriented principal component extractionKostas I. Diamantaras, Sun-Yuan Kung. 1049-1052 [doi]
• Fault tolerance and redundancy of neural nets for the classification of acoustic dataMartin D. Emmerson, Robert I. Damper, Anthony J. G. Hey, Colin Upstill. 1053-1056 [doi]
• A novel massively parallel associative processing architecture for the implementation of artificial neural networksAnargyros Krikelis. 1057-1060 [doi]
• Structural simplification of a feed-forward, multilayer perceptron artificial neural networkYu H. Hu, Qiuzhen Xue, Willis J. Tompkins. 1061-1064 [doi]
• Backestimation for training multilayer perceptronsJames Ting-Ho Lo. 1065-1068 [doi]
• Comparison of several learning subspace methods for classificationJin-Shiuh Taur, Sun-Yuan Kung. 1069-1072 [doi]
• Competition-based supervised learning algorithm for nonlinear discriminant functionsS. Y. Kung, W. D. Mao. 1073-1076 [doi]
• The ADSP-21020: an IEEE floating point and fixed point DSP for HLL programmingKevin W. Leary, Chris Cavigioli. 1077-1080 [doi]
• The Gauss machine-a DSP processor with a high RNS contentFred J. Taylor, Glenn S. Zelniker, Jeremy C. Smith, Jon Mellott. 1081-1084 [doi]
• A quasi radix-16 VLSI processorR. Bhatia, M. Furuta, J. Ponce. 1085-1088 [doi]
• The TMS320C40: a DSP for parallel processingRay Simar Jr.. 1089-1092 [doi]
• Exact bounds for Viterbi detector path metric differencesPaul H. Siegel, C. Bernard Shung, Thomas D. Howell, Hemant K. Thapar. 1093-1096 [doi]
• Generalized cascade Viterbi decoder-a locally connected multiprocessor with linear speed-upGennady Feygin, Patrick Glenn Gulak, Paul Chow. 1097-1100 [doi]
• A versatile architecture for VLSI implementation of the Viterbi algorithmB.-K. Min, Nicolas Demassieux. 1101-1104 [doi]
• VIWOB: an interactive programming environment for distributed simulationsM. Ott, Liyanage C. De Silva, L. Satou, Kiyoharu Aizawa, Mitsutoshi Hatori. 1105-1108 [doi]
• An in-circuit signal analyzer for mixed signal digital signal processorSteve Beling, Kevin Leary, Greg Yukna. 1109-1112 [doi]
• Multirate signal processing in Comdisco's SPWBrian Barrera, Edward A. Lee. 1113-1116 [doi]
• High speed migration of multidimensional seismic dataBrian T. Kelley, Vijay K. Madisetti. 1117-1120 [doi]
• Image compression using coarse grain parallel processingJames O. Normile, Dan Wright. 1121-1124 [doi]
• The arithmetic cube II: a second generation VLSI DSP processorMary Jane Irwin, Robert Michael Owens, Thomas P. Kelliher, Kin-Ki Leung, Mohan Vishwanath. 1125-1128 [doi]
• A fast implementation of the complex singular value decomposition on the Connection MachineG. Adams, A. M. Finn, M. F. Griffin. 1129-1132 [doi]
• Register allocation for design of data format convertersKeshab K. Parhi, Joosang Lee. 1133-1136 [doi]
• Design of a constant geometry fast Hartley transformerFrancisco Argüello, Ramon Doallo, Javier D. Bruguera, Emilio L. Zapata. 1137-1140 [doi]
• A parallel processing algorithm for vector quantizer design based on subpartitioningKenneth Zeger, Allen Gersho. 1141-1143 [doi]
• Multilayer feedbackward neural networksHon Keung Kwan. 1145-1148 [doi]
• A new learning rule for multilayer neural netShu-Jen Yeh, Henry Stark. 1149-1152 [doi]
• A high-speed low-cost DCT architecture for HDTV applicationsZhi-Jian (Alex) Mou, Francis Jutand. 1153-1156 [doi]
• An architecture to implement multiresolutionN. Ranganathan, Rajiv Mehrotra, Kameswara Rao Namuduri. 1157-1160 [doi]
• A custom VLSI architecture for low-delay speech codingPeter Dean Schuler, R. H. S. Hardy, Vladimir Cuperman. 1161-1164 [doi]
• A bit-serial, floating point CORDIC processor in VLSIS. C. Bass, G. M. Butler, R. L. Williams, F. Barlos, D. R. Miller. 1165-1168 [doi]
• An implementation of a hierarchical generalized transversal digital filterYukio Kadowaki, Syogo Nakamura, Akiyoshi Kawahashi. 1169-1172 [doi]
• Real-time high-ratio image compression using adaptive VLSI neuroprocessorsBing J. Sheu, Wai-Chi Fang. 1173-1176 [doi]
• Comparison of tree and straight-line clocking for long systolic arraysMarios D. Dikaiakos, Kenneth Steiglitz. 1177-1180 [doi]
• A new DSP architecture suited for image analysisTakeshi Oto, Kazukuni Kitagaki, Tatsuhiko Demura, Yoshitsugu Araki, Tomoji Takada. 1181-1184 [doi]
• A reconfigurable decision-feedback equalizer chip set architecture for high bit-rate QAM digital modemsFang Lu, Henry Samueli. 1185-1188 [doi]
• Design and test of a bit parallel 2nd order IIR filter structureO. C. McNally, William P. Marnane, John V. McCanny. 1189-1192 [doi]
• A real-time 256×256 point two-dimensional FFT single-chip processorHiroshi Miyanaga, Hironori Yamauchi, Kazuhiro Matsuda. 1193-1196 [doi]
• A highly-parallel single-chip DSP architecture for video signal processingHironori Yamauchi, Yutaka Tashiro, Toshihiro Minami, Yutaka Suzuki. 1197-1200 [doi]
• Novel reciprocal and square-root VLSI cell: architecture and application to signal processingVijay K. Jain, Gibert E. Perez, Jeffrey M. Wills. 1201-1204 [doi]
• A VLSI architecture for multiplication, division and square rootStephen E. McQuillan, John V. McCanny. 1205-1208 [doi]
• Mapping recursive algorithms onto systolic architecturesW. Steenaart, J. Y. Zhang. 1209-1212 [doi]
• Breaking the bottleneck of sequential decoding for high-speed digital communicationChen-Yi Lee, Francky Catthoor, Hugo De Man. 1213-1216 [doi]
• The partitioning problem on VLSI arrays: I/O and local memory complexityWayne P. Burleson. 1217-1220 [doi]
• A high-level synthesizer for VLSI array architectures dedicated to digital signal processingTung-Hao Huang, Chi-Min Liu, Chein-Wei Jen. 1221-1224 [doi]
• An ASIC DSP engine compiler: philosophy and applicationsJulian G. Payne, Stephen M. Kruse, Stewart G. Smith, Ralph W. Morgan. 1225-1228 [doi]
• Computer-aided design of high-speed lattice wave digital filter integrated circuitsLynette Liu, Toshiaki Yoshino, Steven Sprouse, Rajeev Jain. 1229-1232 [doi]
• VLSI implementation of a 2-D DCT in a compilerKwok K. Chau, I-Fay Wang, Creighton L. Eldridge. 1233-1236 [doi]
• A folding transformation for VLSI IIR filter array designSanjay V. Rajopadhye, Sayfe Kiaei. 1237-1240 [doi]
• Synthesizing fully efficient systolic arraysXiaoxiong Zhong, Sanjay V. Rajopadhye. 1241-1244 [doi]
• Multirate signal processing in PtolemyJoseph T. Buck, Soonhoi Ha, Edward A. Lee, David G. Messerschmitt. 1245-1248 [doi]
• Compilation for interprocessor communication in clock-skewed parallel processing systemC. P. Hong, Thomas P. Barnwell III. 1249-1252 [doi]
• Dedicated DSP architecture synthesis using the MARS design systemChing-Yi Wang, Keshab K. Parhi. 1253-1256 [doi]
• A streamlined DSP microprocessor architectureMichael Takefman, Paul Chow. 1257-1260 [doi]
• Thresholds and related problems in time delay estimationAriela Zeira, Peter M. Schultheiss. 1261-1264 [doi]
• Time delay estimation with unknown spatially correlated Gaussian noiseJitendra K. Tugnait. 1265-1268 [doi]
• Maximum likelihood estimation of time-varying delays in the presence of directional interferenceBenoît Champagne, Moshe Eizenman, Subbarayan Pasupathy. 1269-1272 [doi]
• Active sonar for obstacle localization using envelope shape informationBillur Barshan, Roman Kuc. 1273-1276 [doi]
• Multiple source tracking using a high resolution methodOlivier Michel, Henri Clergeot. 1277-1280 [doi]
• A bootstrap approach for evaluating source localization performance on real sensor array dataJeffrey L. Krolik, George Henry Niezgoda, David N. Swingler. 1281-1284 [doi]
• Ambiguity analysis in source localization with unknown signalsMaria-João Rendas, José M. F. Moura. 1285-1288 [doi]
• Joint estimation of time delay and Doppler ratio from broadband data using discrete estimation techniquesDavid Jaarsma, R. Alan Davis. 1289-1292 [doi]
• Analysis of wide-band cross-correlation for target detection and time delay estimationYaakov Bar-Shalom, Francesco Palmieri, Anil Kumar, Hemchandra M. Shertukde. 1293-1296 [doi]
• Likelihood ratio detection in a random multipath channelIsabel M. G. Lourtie, G. Clifford Carter. 1297-1300 [doi]
• Linear maximum likelihood estimatorChristian J. Musso, Claude Jauffret. 1301-1304 [doi]
• Optimal detection of non-Gaussian random signals in Gaussian noiseDoron Kletter, Peter M. Schultheiss, Hagit Messer. 1305-1308 [doi]
• Detection and classification of short duration underwater acoustic signals by Prony's methodLarry Marple, Tom Brotherton. 1309-1312 [doi]
• Detection of a transient signal of unknown scaling and arrival time using the discrete wavelet transformMordechai Frisch, Hagit Messer. 1313-1316 [doi]
• Tradeoffs between detection and estimation for multiple signalsBülent Baygün, Alfred O. Hero III. 1317-1320 [doi]
• Simultaneous detection and target motion analysis from conventional passive beamforming outputsMarc Solal, Denis Pillon, Stéphane Brasseur. 1321-1324 [doi]
• Bearings-only tracking with non Gaussian measurement errorsJean-Michel Passerieux. 1325-1328 [doi]
• A new approach of decentralized detectionBernard C. Picinbono, M. P. Boyer. 1329-1332 [doi]
• On the application of Cramer-Rao type lower bounds for constrained estimationJohn D. Gorman, Alfred O. Hero III. 1333-1336 [doi]
• A new method for measurement of the target and channel scattering functions using Costas arrays and other frequency hop signalsSanjay K. Mehta, Edward L. Titlebaum. 1337-1340 [doi]
• On sequentially detecting an abrupt change in a stochastic processSteven D. Blostein, Yong Liu. 1341-1344 [doi]
• Detection and localization of multiple sources in noise with unknown covarianceMati Wax. 1345-1348 [doi]
• A robust adaptive matched field processor based upon a minmax criterionJames C. Preisig. 1349-1352 [doi]
• On the resolution capacity of wideband sensor arrays: further resultsYoram Bresler. 1353-1356 [doi]
• A robust method in adaptive array processing for random phase errorsG. T. Zunich, Lloyd J. Griffiths. 1357-1360 [doi]
• New search algorithm for minimum redundancy linear arraysKeith Blanton, James H. McClellan. 1361-1364 [doi]
• Experimental performance of calibration and direction-finding algorithmsJ. Pierre, Mostafa Kaveh. 1365-1368 [doi]
• Estimation of sensor gain and phase using known field covarianceDaniel R. Fuhrmann. 1369-1372 [doi]
• Convergence of the SMI algorithm in partially adaptive linearly constrained beamformersBarry D. Van Veen. 1373-1376 [doi]
• Performance analysis of spatial smoothing with interpolated arraysAnthony J. Weiss, Benjamin Friedlander. 1377-1380 [doi]
• A constraint projection approach for robust adaptive beamformingDavid D. Feldman, Lloyd J. Griffiths. 1381-1384 [doi]
• Direction-of-arrival estimation using the rank-revealing URV decompositionG. Adams, M. F. Griffin, G. W. Stewart. 1385-1388 [doi]
• Design of transformation matrices for array processing and spectral analysisR. Lynn Kirlin, Weixiu Du. 1389-1392 [doi]
• Resolving line-like targets using MUSIC in active sonarRobert C. Turner. 1393-1396 [doi]
• The application of adaptive multichannel spectral estimation for broadband array processingGeorge Henry Niezgoda, Jeffrey L. Krolik. 1397-1400 [doi]
• Implementation of a robustness constraint in adaptive beamformingNorman A. Lehtomaki. 1401-1404 [doi]
• Optimal design of linear array of sensorsXinping Huang, James P. Reilly, Kon Max Wong. 1405-1408 [doi]
• Maximum likelihood beamforming in the presence of outliersVictor A. N. Barroso, José M. F. Moura. 1409-1412 [doi]
• Performance degradation of DOA estimators due to unknown noise fieldsFu Li, Richard J. Vaccaro. 1413-1416 [doi]
• Estimation of the direction of arrival of water wavesConstantino Rago, Carlos H. Muravchik. 1417-1420 [doi]
• Localization of underwater wide band acoustic sourcesSalah Bourennane, B. Faure. 1421-1423 [doi]
• A robust estimator for direction findingQiang Wu 0006, Kon Max Wong. 1425-1428 [doi]
• Direction-finding with sensor gain, phase and location uncertaintyChun-Chao Wang, James A. Cadzow. 1429-1432 [doi]
• Fast iterative algorithm for harmonics retrievalSiew Kok Hui, Meng Hwa Er. 1433-1436 [doi]
• New passive tracking algorithms using power information with application to passive sonarSerge Prosperi. 1437-1440 [doi]
• Temporal integration for array processingJean-Pierre Le Cadre, Olivier Zugmeyer. 1441-1444 [doi]
• Optimum classification with active sonar: new theoretical resultsJames G. Kelly, Robert N. Carpenter, John A. Tague, Nicholas K. Haddad. 1445-1448 [doi]
• Estimation of the parameters of a multipath channel using set-theoretic deconvolutionZoran Kostic, M. Ibrahim Sezan, Edward L. Titlebaum. 1449-1452 [doi]
• Bistatic ocean surface reverberation simulationRichard Lee Culver, Suzanne T. McDaniel. 1453-1456 [doi]
• Wide-band analysis of reflections from rough surfacesÖmür Bozma, Roman Kuc. 1457-1460 [doi]
• Adaptive time delay estimation in noisy environmentsK. C. Ho 0001, P. C. Ching, Yiu-Tong Chan. 1461-1464 [doi]
• Passive localization from Doppler shifted frequency measurementsYiu-Tong Chan, J. J. Towers. 1465-1468 [doi]
• High-resolution multipath time delay estimation using a neural networkZhen-Ya He, Li-Hua Li. 1469-1472 [doi]
• Source localization in underwater acoustic channels using random or deterministic signalsShaolin Li, Peter M. Schultheiss. 1473-1476 [doi]
• A modified Ziv-Zakai lower bound and its application in array processingXiaodong Gu, Max Wong. 1477-1480 [doi]
• The application of Volterra series to signal estimationIan J. Morrison, Peter J. W. Rayner. 1481-1484 [doi]
• A comparison study on the Wigner and Choi-Williams distributions for detectionChintana Griffin. 1485-1488 [doi]
• Transient signal detection in multipath: a bispectral analysis approachCameron M. Pike, John A. Tague, Edmund J. Sullivan. 1489-1492 [doi]
• Acoustic transient classification of passive sonar signals by using vector quantizationDavid Burton. 1493-1496 [doi]
• Parallel implementation and performance analysis of beamspace ESPRITGuanghan Xu, Seth D. Silverstein, Richard H. Roy III, Thomas Kailath. 1497-1500 [doi]
• A robust narrowband transient signal detectorPreeti Rao. 1501-1504 [doi]
• On transformation noise as a model for correlated noiseOscar C. Au, John B. Thomas. 1505-1508 [doi]
• Adaptive pilot filtering for LMS algorithmW.-Y. Chen. 1509-1512 [doi]
• An adaptive whitened matched filterBernard Mulgrew. 1513-1516 [doi]
• Neural network structure for emulating decision feedback equalisersGraham W. Pulford, Rodney A. Kennedy, Brian D. O. Anderson. 1517-1520 [doi]
• Non linear satellite radio links equalized using blind neural networksNevio Benvenuto, Michele Marchesi, Francesco Piazza, Aurelio Uncini. 1521-1524 [doi]
• A fast convergence algorithm for adaptive FIR filters with coarsely located tapsShigeji Ikeda, Akihiko Sugiyama. 1525-1528 [doi]
• An approach to blind equalization of non-minimum phase systemsWilliam A. Sethares, Rodney A. Kennedy, Zhenguo Gu. 1529-1532 [doi]
• Local convergence of 'globally convergent' blind adaptive equalization algorithmsZhi Ding 0001, C. Richard Johnson Jr., Rodney A. Kennedy. 1533-1536 [doi]
• Carrier phase recovery issues in polyspectra-based equalizersDimitrios Hatzinakos. 1537-1540 [doi]
• A comparison of adaptive IIR echo canceller hybridsSharlene Gee, Markus Rupp. 1541-1544 [doi]
• A new efficient implementation of the AIFIR echo tail canceller for ISDN applicationsFarouk Laichi, Tyseer Aboulnasr, Willem J. D. Steenaart. 1545-1548 [doi]
• L and QAM data transmissionFrancisco Lorenz Speranzini, José Manuel Páez-Borrallo. 1549-1552 [doi]
• Adaptive notch filters from lossless bounded real all-pass functions for frequency tracking and line enhancingJonathon A. Chambers, Anthony G. Constantinides. 1553-1556 [doi]
• Computer-aided DSP instructionMonica Murphy, Fred J. Taylor, Luke J. Smithwick. 1557-1560 [doi]
• On the automated symbolic design of wave digital filtersMichael Ansorge, U. Sjöström, I. Defilippis, Peter Balsiger, Fausto Pellandini. 1561-1564 [doi]
• Efficient implementation of the normalized recursive least-square lattice filterSau-Gee Chen, Jih-Feng Lin. 1565-1568 [doi]
• A fully pipelined, high speed DFT architectureFerenc Kocsis. 1569-1572 [doi]
• A real-time TMS320C40 based parallel system for high rate digital signal processingDaniel Chein-Chung Chen, Russell H. Price. 1573-1576 [doi]
• General in-place scheduling for the Viterbi algorithmHorng-Dar Lin, C. Bernard Shung. 1577-1580 [doi]
• Optimal scheduling of linear recurrence equations on a multiprocessor arrayDuen-Jeng Wang, Yu Hen Hu. 1581-1584 [doi]
• On mapping signal processing algorithms to a heterogeneous multiprocessor systemKing-Wai Chow, Bede Liu. 1585-1588 [doi]
• Multiple mainbeam sidelobe cancellation architectures for constrained and/or excess degrees of freedom processingWillard L. Eastman, Richard A. Games, Michael J. Sousa. 1589-1592 [doi]
• A robust parallel DFE using extended LMSAlan Gatherer, Teresa H. Y. Meng. 1593-1596 [doi]
• The implementation of an adaptive echo canceller for high-speed digital data transmissionJames L. Dixon, W.-Y. Chen. 1597-1600 [doi]
• A multiplier-free fast transform with efficient VLSI implementation for polynomial RNS processorsRom-Shen Kao. 1601-1604 [doi]
• VLSI implementation of a wide band, high dynamic range digital drop receiverDavid B. Chester, Callie A. Riley, David H. Damerow, Clay Olmstead. 1605-1608 [doi]
• A high speed pipelined FFT processorSrinivasa R. Malladi, Seshagiri R. Myneni, Pardha V. Pothana, Magdy A. Bayoumi. 1609-1612 [doi]
• High-decimation digital filtersCallie Riley, David B. Chester, Abbas Razavi, Fred J. Taylor, William Ricker. 1613-1616 [doi]
• Finding the global minima of objective functions using modified Sturm sequencesDavid G. Long. 1617-1620 [doi]
• Approximately linear phase IIR polyphase filter designC. W. Kim, Henrik V. Sorensen. 1621-1624 [doi]
• Implementation of recursive filters using highly quantized periodically time-varying coefficientsSachin P. Ghanekar, Sawasd Tantaratana, Lewis E. Franks. 1625-1628 [doi]
• Minimal normalized lattice structure for ARMA digital filter realizationHon Keung Kwan, Ying Chun Lui. 1629-1632 [doi]
• A direct method for minimizing the roundoff noise in digital filter designDerek C. Cowley, Bahram Shafai. 1633-1636 [doi]
• Design of finite wordlength IIR filters with prescribed magnitude, group delay and stability properties using simulated annealingJan Radecki, Janusz Konrad, Eric Dubois 0002. 1637-1640 [doi]
• Subband filters using allpass structuresS. Radhakrishnan Pillai, William Robertson 0001, William J. Phillips. 1641-1644 [doi]
• Lattice wave digital filters with simultaneous conditions on amplitude and phaseFerenc Leeb. 1645-1648 [doi]
• Fitting a pole-zero filter model to arbitrary frequency response samplesR. Kumaresan, C. Sidney Burrus. 1649-1652 [doi]
• Vertex implication results for analysis of coefficient quantization errors in digital filtersN. K. Bose. 1653-1654 [doi]
• Relationships among digital one/half band filters, low/high order differentiators and discrete/differentiating Hilbert transformersSoo-Chang Pei, Jong-Jy Shyu. 1657-1660 [doi]
• Linear phase IIR digital filters using the Bernstein polynomialDavid Baez-López. 1661-1664 [doi]
• Constrained adaptive LMS L-filtersConstantine Kotropoulos, Ioannis Pitas. 1665-1668 [doi]
• Error control coding of television signals by multidimensional filteringThomas G. Marshall Jr.. 1669-1672 [doi]
• On the existence of Gaussian noise [signal modelling]Don H. Johnson, P. Srinivasa Rao. 1673-1676 [doi]
• Optimal segmentation of signals in a linear regression frameworkFredrik Gustafsson. 1677-1680 [doi]
• Analysis of the effects of multirate filters on stationary random inputs, with application in adaptive filteringVinay P. Sathe, P. P. Vaidyanathan. 1681-1684 [doi]
• Sample distributions of the partial correlation coefficients of a complex autoregressive processQ. T. Zhang, H. S. Miao. 1685-1688 [doi]
• Time domain identification of proper discrete systems from measured impulse response dataArnab K. Shaw, Pradeep Misra. 1689-1692 [doi]
• Signal detection using group transformsMark L. Fowler, Leon H. Sibul. 1693-1696 [doi]
• Mechanical system monitoring using hidden Markov modelsLarry P. Heck, James H. McClellan. 1697-1700 [doi]
• Parameter estimation for a burst-noise channelSalvatore D. Morgera, Frédéric Simard. 1701-1704 [doi]
• Statistical analysis of a fast frequency estimator using a symbolic algebra systemRichard M. Todd, J. R. Cruz. 1705-1708 [doi]
• Modeling and estimation of multiscale stochastic processesKenneth C. Chou, Stuart A. Golden, Alan S. Willsky. 1709-1712 [doi]
• A nonlinear model for time series prediction and signal interpolationMahesan Niranjan, Visakan Kadirkamanathan. 1713-1716 [doi]
• On the multivariate distributions of order statistics of discrete-state processesDon M. Raymond, Moustafa M. Fahmy. 1717-1720 [doi]
• Interpolation of transients based on training dataRamachandra G. Shenoy, Nihal I. Wijeyesekera, Thomas W. Parks. 1721-1724 [doi]
• Principal components analysis of the short-time Fourier transformDaniel M. Beyerbach, Hamid Nawab. 1725-1728 [doi]
• A generalized Landweber iteration for ill-conditioned signal restorationBarry J. Sullivan, Hung-Chi Chang. 1729-1732 [doi]
• Input reconstruction from oversampled multi-channel dataSergio D. Cabrera, J. L. Brown Jr.. 1733-1736 [doi]
• Iterative minimization of entropic stabilizing functionals in signal restorationJoseph P. Noonan, B. Achour. 1737-1740 [doi]
• 1 technique for image restorationM. R. Bhatt, Uday B. Desai. 1741-1744 [doi]
• Restoring a clipped signalJonathan S. Abel, Julius O. Smith III. 1745-1748 [doi]
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• Transform coding of color images with limited palette sizeAndré Zaccarin, Bede Liu. 2625-2628 [doi]
• Priority DCT coding for image sequencesYunming Huang, Nikolas P. Galatsanos, Howard M. Dreizen. 2629-2632 [doi]
• Efficient multiresolution signal coding via a signal-adapted perfect reconstruction filter pyramidPhilippe Delsarte, Benoît Macq, Dirk T. M. Slock. 2633-2636 [doi]
• Hierarchical coding of super high definition images with subband+multistage VQIsao Furukawa, Mitsuru Nomura, Sadayasu Ono. 2637-2640 [doi]
• Sub-band coding with improved permutation codes for high fidelity image compressionTakahiro Saito, Hirofumi Higuchi, Takashi Komatsu. 2641-2644 [doi]
• Subband coding of digital images using absolute moment block truncationKai-Kuang Ma, Sarah A. Rajala. 2645-2648 [doi]
• Recursive biorthogonal wavelet transform for image codingJ. C. Feauveau, Pierre Mathieu, Michel Barlaud, Marc Antonini. 2649-2652 [doi]
• A multiresolution approach to binary tree representations of imagesHayder Radha, Riccardo Leonardi, Martin Vetterli. 2653-2656 [doi]
• Multirate vector quantization of image pyramidsR. Padmanabha Rao, William A. Pearlman. 2657-2660 [doi]
• Efficient quadtree coding of images and videoGary J. Sullivan, Richard L. Baker. 2661-2664 [doi]
• Sub-band coding of images using adaptive VQ and entropy codingG. Furlan, Claude R. Galand, E. Lançon, Jean E. Menez. 2665-2668 [doi]
• A compound Poisson-cliques random field model for texture singularitiesJoseph M. Francos, A. Zvi Meiri. 2669-2672 [doi]
• Texture model validation using higher-order statisticsThomas E. Hall, Georgios B. Giannakis. 2673-2676 [doi]
• Multiple channel neural network model for texture classification and segmentationM. Leung, Allen M. Peterson. 2677-2680 [doi]
• A multifractal-based approach to natural scene analysisFabio Arduini, Stefano Fioravanti, Daniele D. Giusto. 2681-2684 [doi]
• Adaptive segmentation of textures using mathematical morphologyDemin Wang, Véronique Haese-Coat, Alain Bruno. 2685-2688 [doi]
• Neural nets for determination of texture and its orientationMiguel A. Mayorga, Lonnie C. Ludeman. 2689-2692 [doi]
• Structural texture recognition using QMF bank based subband decompositionAmlan Kundu 0001, Jia-Lin Chen. 2693-2696 [doi]
• Image estimation and segmentation using a continuation methodA. Rangarajan, R. Chellappa. 2697-2700 [doi]
• A multi-resolution approach to extract the address block on flat mail piecesChristian Viard-Gaudin, Dominique Barba. 2701-2704 [doi]
• Segmentation of multifrequency SAR complex dataEric J. M. Rignot, Rama Chellappa. 2705-2708 [doi]
• A novel graph-theoretic texture segmentation algorithmH. Ahmed, C. N. Daskalakis, Costas S. Xydeas. 2709-2712 [doi]
• Motion compensation for video compression using control grid interpolationGary J. Sullivan, Richard L. Baker. 2713-2716 [doi]
• Low bit-rate hybrid coder using hierarchical motion compensation and low complexity vector quantizationC. Raimondo, Claude R. Galand, E. Goubault, E. Lançon, Jean E. Menez. 2717-2720 [doi]
• Noise insensitive image motion estimation using cumulantsJohn M. M. Anderson, Georgios B. Giannakis. 2721-2724 [doi]
• Global zoom/pan estimation and compensation for video compressionYi Tong Tse, Richard L. Baker. 2725-2728 [doi]
• Gain/cost controlled displacement-estimation for image sequence codingChristoph Stiller, Dirk Lappe. 2729-2732 [doi]
• A new motion compensation/image sequence coding schemeQ. Wang, R. J. Clarke. 2733-2736 [doi]
• Analysis and synthesis of facial expressions in knowledge-based coding of facial image sequencesChang-Seok Choi, Hiroshi Harashima, Tsuyosi Takebe. 2737-2740 [doi]
• Model-based/waveform hybrid coding for videotelephone imagesYuichiro Nakaya, Yeow Chiang Chuah, Hiroshi Harashima. 2741-2744 [doi]
• Compact image coding from edges with waveletsStéphane Mallat, Sifen Zhong. 2745-2748 [doi]
• Coding-oriented segmentation based on Gibbs-Markov random fields and human visual system knowledgeFerran Marqués, Antoni Gasull, Todd R. Reed, Murat Kunt. 2749-2752 [doi]
• Texture segmentation-based image coder incorporating properties of the human visual systemJong-Whan Jang, Sarah A. Rajala. 2753-2756 [doi]
• Segmentation-based hybrid-coding of color imagesFrancesco G. B. De Natale, Giuseppe S. Desoli, Daniele D. Giusto. 2757-2760 [doi]
• An improved image coding algorithm using morphological operator theoryTun-Wen Pai, John H. L. Hansen. 2761-2764 [doi]
• Adaptive visual pattern image codingPeter L. Silsbee, Alan C. Bovik. 2765-2768 [doi]
• A modified Lempel-Ziv algorithm and its application to image compactionWeiler A. Finamore, Paulo Roberto R. L. Nunes. 2769-2772 [doi]
• An inner product space approach to image coding by contractive transformationsGeir E. Øien, Skjalg Lepsøy, Tor A. Ramstad. 2773-2776 [doi]
• An enhancement to universal modeling algorithm context for real-time applications to image compressionG. Furlan. 2777-2780 [doi]
• Output modeling of a hierarchical still-image coderHabib H. Torbey, Abdo M. Sahyoun. 2781-2784 [doi]
• Image coding for noisy channelsMohammad Reza Soleymani, Salvatore D. Morgera, Ronny Quesnel. 2785-2788 [doi]
• Multilayer Kohonen image codebooks with a logarithmic search complexityKhoanh K. Truong. 2789-2792 [doi]
• A non-linear predictor for differential pulse-code encoder (DPCM) using artificial neural networksSoheil A. Dianat, Nasser M. Nasrabadi, S. Venkataraman. 2793-2796 [doi]
• Perceptual coding of images for halftone displayDavid L. Neuhoff, Thrasyvoulos N. Pappas. 2797-2800 [doi]
• A new class of B/W and color halftoning algorithmsAvideh Zakhor, Steve Lin, Farokh H. Eskafi. 2801-2804 [doi]
• From Σ-Δ modulation to digital halftoning of imagesThierry M. Bernard. 2805-2808 [doi]
• Digital halftoning using a blue noise maskTheophano Mitsa, Kevin J. Parker. 2809-2812 [doi]
• M-channel nonrectangular wavelet representation for 2-D signals: basis for quincunx sampled signalsChristine Guillemot, A. Enis Çetin, Rashid Ansari. 2813-2816 [doi]
• Image compression using integrated lossless/lossy methodsMostafa A. Bassiouni, Alexis Tzannes, M. C. Tzannes, Nicolas S. Tzannes. 2817-2820 [doi]
• Improved neural structures for image compressionStefano Marsi, Giovanni Ramponi, Giovanni L. Sicuranza. 2821-2824 [doi]
• Global motion identification for image sequence analysis and codingHenri Nicolas, Claude Labit. 2825-2828 [doi]
• Motion/pattern adaptive interpolation of interlaced video sequencesYao Wang, Sanjit K. Mitra. 2829-2832 [doi]
• Video composition methods and their semanticsHorng-Dar Lin, David G. Messerschmitt. 2833-2836 [doi]
• Perceptually based low bit rate video codingChristine Podilchuk, Nariman Farvardin. 2837-2840 [doi]
• Layered DCT video coding for embedded data transmission over BISDND. K. Mitrakos, George A. Constantinides. 2841-2844 [doi]
• Coherent disparity and motion compensation in 3DTV image sequence coding schemesAhmed Tamtaoui, Claude Labit. 2845-2848 [doi]
• Computationally efficient pseudo QMF filter bank for a multi-compatible HDTV codecJoël Mau. 2849-2852 [doi]
• Single board video codec for ISDN visual telephoneTetsuo Tajiri, Yutaka Suzuki, Shinji Nishimura, Hiroshi Yoshimura. 2853-2856 [doi]
• Packet video for cell loss protection using deinterleaving and scramblingAdam S. Tom, Chia-Lung Yeh, Frank Chu. 2857-2860 [doi]
• Ghost cancellation of analog TV signals: with applications to IDTV, EDTV, and HDTVJack H. Winters, Ender Ayanoglu, Israel Bar-David, Richard D. Gitlin, Chih-Lin I. 2861-2864 [doi]
• Speech-to-image media conversion based on VQ and neural networkShigeo Morishima, Hiroshi Harashima. 2865-2868 [doi]
• The uncertainty principle and its theory and applications in advanced televisionMike Sablatash, Lloyd J. Mason. 2869-2872 [doi]
• FIR filtering of images on a lattice with periodically deleted samplesT. R. Gardos, Russell M. Mersereau. 2873-2876 [doi]
• Optimal design of 1-D and 2-D FIR multiplierless filtersPierre Siohan, Christian Roche. 2877-2880 [doi]
• The use of impulse response Grammians in the design of 2-D separable-denominator digital filtersTakao Hinamoto, Hideki Toda. 2881-2884 [doi]
• Sufficient conditions for the stability of multidimensional recursive digital filtersMessaoud Benidir. 2885-2888 [doi]
• The multidimensional phase-rotation FFT: a new parallel architectureLang P. Withers Jr., John E. Whelchel. 2889-2892 [doi]
• Analog data compression of images via predictive transform codingErlan H. Feria. 2893-2896 [doi]
• An efficient algorithm for the evaluation of multidimensional autocorrelation functionsRoberto Rinaldo, Guido M. Cortelazzo, Gian Antonio Mian. 2897-2900 [doi]
• Optimal M-D sorting using distributions of order statisticsDon M. Raymond, Moustafa M. Fahmy. 2901-2904 [doi]
• Long energy efficient Huffman sequencesLeopold Bömer, Markus Antweiler. 2905-2908 [doi]
• Dimensionalized wavelet transform with application to radar imagingJacqueline Bertrand, Pierre Bertrand, Jean Philippe Ovarlez. 2909-2912 [doi]
• Modeling of two-dimensional systems using cumulantsHector M. Valenzuela, A. David Salvia. 2913-2916 [doi]
• 3-dimensional median filters for image sequence processingM. Bilge Alp, Yrjö Neuvo. 2917-2920 [doi]
• The foundations of set theoretic estimationPatrick L. Combettes, M. Reha Civanlar. 2921-2924 [doi]
• Refinement of EM restored images using adaptive POCSShyh-shiaw Kuo, Richard J. Mammone. 2925-2928 [doi]
• Assessing the validity of constraint sets in image restorationStanley J. Reeves. 2929-2932 [doi]
• Image restoration beyond the sampling passbandRachel Alter-Gartenberg, Carl L. Fales, Friedrich O. Huck, Zia-ur Rahman. 2933-2936 [doi]
• Maximally sparse reconstruction of blurred star field imagesBrian D. Jeffs, Douglas Elsmore. 2937-2940 [doi]
• Boundary value selection problem for image restoration using the reduced order model based Kalman filterShlomo Koch, Howard Kaufman. 2941-2943 [doi]
• A fast recursive two-dimensional estimation algorithmMehmet Ertugrul Çelebi, Ludwik Kurz. 2945-2948 [doi]
• Semi-blind restoration from differently blurred versions of an imageRabab K. Ward, Edward Lam. 2949-2952 [doi]
• MAP restoration of blurred, photon-limited images via an expectation maximization algorithmThomas J. Hebert, Richard M. Leahy. 2953-2956 [doi]
• Evaluating the EM algorithm for image processing using a human visual fidelity criterionJames C. Brailean, Barry J. Sullivan, Chin-Tu Chen, Maryellen L. Giger. 2957-2960 [doi]
• Image restoration by parallel simulated annealing using compound Gauss-Markov modelsSanjeev R. Rastogi, John W. Woods. 2961-2964 [doi]
• Phase restoration in synthetic aperture radar imagingM. Soumekh, J. Choi. 2965-2968 [doi]
• Adaptive minimum prediction-error deconvolution and wavelet estimation using Hopfield neural networksLi-Xin Wang, Jerry M. Mendel. 2969-2972 [doi]
• Transient thermal image inversion using seismic migrationWilliam A. Sandham, A. Rauf, Tariq S. Durrani. 2973-2976 [doi]
• Recursive high-resolution reconstruction of blurred multiframe imagesSeung P. Kim, Wen-Yu Su. 2977-2980 [doi]
• Restoration of subband coded imagesRamkumar Narayanswamy, Zia-ur Rahman, Stephen E. Reichenbach. 2981-2984 [doi]
• Multigrid algorithm for image reconstruction from Fourier modulusZhe Wu, Ahmed H. Tewfik. 2985-2988 [doi]
• Nonlinear model-based spatio-temporal filtering of image sequencesCheuk L. Chan, Barry J. Sullivan. 2989-2992 [doi]
• Speckle reduction in ultrasonic imaging for medical applicationsThomas Greiner, Ch. Loizou, Madhukar Pandit, Joachim Mauruschat, F. W. Albert. 2993-2996 [doi]
• Recursive enhancement of noncausal imagesNikhil Balram, José M. F. Moura. 2997-3000 [doi]
• Theoretical analysis of Winsorizing smoothers and their applications to image processingSung Jea Ko, Yong-Hoon Lee. 3001-3004 [doi]
• Directional interpolation of images based on visual properties and rank order filteringV. Ralph Algazi, Gary E. Ford, Ravindra Potharlanka. 3005-3008 [doi]
• Fast algorithms for 2-D least squares FIR filteringGeorge-Othon Glentis, N. Kaloupstidis. 3009-3012 [doi]
• Signal processing to decrease the effects of channel degradations in HDTV transmissionMike Sablatash. 3013-3016 [doi]
• Adaptive recursive image filteringKevin Erler, Ed Jernigan. 3017-3020 [doi]
• Cross-validation and other criteria for estimating the regularizing parameterNikolas P. Galatsanos, Aggelos K. Katsaggelos. 3021-3024 [doi]
• Model generation and performance analysis in a K-B matching process of medical imagesGiovanni Venturi, Gianni Vernazza, Silvana G. Dellepiane. 3025-3028 [doi]
• Enhancement of images using the 2-D LMS adaptive algorithmTarun Soni, Bhaskar D. Rao, James R. Zeidler, Walter H. Ku. 3029-3032 [doi]
• Enhanced resolution and modeling of exponential signalsJames A. Cadzow, D. Mitchell Wilkes. 3033-3036 [doi]
• Eigenstructure approach for array processing and calibration with general phase and gain perturbationsGeorge C. Brown, James H. McClellan, E. Jeff Holder. 3037-3040 [doi]
• Statistical analysis of eigenspace-based source location estimatesXiao-Liang Xu, Kevin M. Buckley. 3041-3044 [doi]
• Direction finding networks based on the approximate maximum likelihood and covariance fit formulationsDaniel Goryn, Mos Kaveh. 3045-3048 [doi]
• Development, performance analysis, and experimental evaluation of beamspace Root-MUSICMichael D. Zoltowski, Gregory M. Kautz, Seth D. Silverstein. 3049-3052 [doi]
• Performance analysis of smoothed subspace-based estimation methodsHamid Krim, Philippe Forster, John G. Proakis. 3053-3056 [doi]
• A maximum likelihood score-function with optimal eigenvector weights for bearing estimationR. Lynn Kirlin. 3057-3060 [doi]
• The C-RISE algorithm and the generalized eigenvalue problemA. A. (Louis) Beex, D. Mitchell Wilkes, Monique P. Fargues. 3061-3064 [doi]
• Nonunique sinusoidal Vandermonde basesJohn H. Cozzens, Michael J. Sousa. 3065-3068 [doi]
• A fast algorithm for signal subspace decomposition and its performance analysisGuanghan Xu, Thomas Kailath. 3069-3072 [doi]
• Estimating two-dimensional frequencies by matrix enhancement and matrix pencilYingbo Hua. 3073-3076 [doi]
• Restoration of speckle-degraded images using bispectraM. R. Raghuveer, S. Wear, J. Song. 3077-3079 [doi]
• Third-order Wigner distributions: definitions and propertiesAnanthram Swami. 3081-3084 [doi]
• Wigner polyspectra: higher-order spectra in time varying signal processingJavier R. Fonollosa, Chrysostomos L. Nikias. 3085-3088 [doi]
• A higher-order moment formula for non-zero-mean AR processesChiu Yeung Ngo, Jerry M. Mendel. 3089-3092 [doi]
• Characterization of a class of non-Gaussian processesSaleh A. Alshebeili, Anastasios N. Venetsanopoulos. 3093-3096 [doi]
• HOS or SOS for parametric modeling?Georgios B. Giannakis, Michail K. Tsatsanis. 3097-3100 [doi]
• Inverse filter criteria for estimation of linear parametric models using higher order statisticsJitendra K. Tugnait. 3101-3104 [doi]
• Shape discrimination using invariants defined from higher-order spectraVinod Chandran, Steve Elgar. 3105-3108 [doi]
• Super-symmetric decomposition of the fourth-order cumulant tensor. Blind identification of more sources than sensorsJean-François Cardoso. 3109-3112 [doi]
• Bispectrum modelling using quadratic filtersPascal Bondon, Messaoud Benidir, Bernard Picinbono. 3113-3116 [doi]
• Estimation of quadratically nonlinear systems with an i.i.d. inputYong Soo Cho, Edward J. Powers. 3117-3120 [doi]
• Mixed phase ARMA system identification by bispectrum: a group delay approachS. V. Narasimhan, G. R. Reddy, Eugene I. Plotkin, M. N. S. Swamy. 3121-3124 [doi]
• A maximum likelihood estimator for frequency and decay rateMakoto Tabei, Bruce R. Musicus, Mitsuhiro Ueda. 3125-3128 [doi]
• Application of chaotic time series analysis to signal characterizationPhillip Downes. 3129-3132 [doi]
• Spectral estimation of short duration signals using time domain extrapolationRalph D. Hippenstiel. 3133-3136 [doi]
• Spectral analysis based on the canonical autoregressive decompositionSteven M. Kay, Venkatesh Nagesha. 3137-3140 [doi]
• On the convergence of the minimum variance spectral estimator in nonstationary noiseArthur E. Frazho, Peter J. Sherman. 3141-3143 [doi]
• Spectral estimation using an improved comb filter methodFang Man Wu. 3145-3148 [doi]
• Optimal weighted LS AR estimation in presence of impulsive noiseElio D. Di Claudio, Gianni Orlandi, Francesco Piazza, Aurelio Uncini. 3149-3152 [doi]
• A simple method for power spectral estimation using subband decompositionOgnjan V. Shentov, Sanjit K. Mitra. 3153-3156 [doi]
• An alternative Prony model representationCorinne Mailhes, Francis Castanie. 3157-3160 [doi]
• Performance analysis of parameter estimation of superimposed signals by dynamic programmingSze-Fong Yau, Yoram Bresler. 3161-3164 [doi]
• Minimum-variance evolutionary spectral estimation of nonstationary signalsA. Salim Kayhan, Amro El-Jaroudi, Luis F. Chaparro. 3165-3168 [doi]
• Maximum a posteriori probability line tracking for nonstationary processesLangford B. White. 3169-3172 [doi]
• Line tracking using multi-layer neural estimatorZakariya Faraj, Francis Castanie. 3173-3176 [doi]
• Tracking of sinusoidal frequencies by neural network learning algorithmsJuha Karhunen, Jyrki Joutsensalo. 3177-3180 [doi]
• A radially-Gaussian, signal-dependent time-frequency representationRichard G. Baraniuk, Douglas L. Jones. 3181-3184 [doi]
• An adaptive technique for high resolution time-varying spectral estimationAdam B. Fineberg, Richard J. Mammone. 3185-3188 [doi]
• A new formulation of generalized discrete-time time-frequency distributionsJechang Jeong, William J. Williams. 3189-3192 [doi]
• Statistical/computational comparison of some estimators for instantaneous frequencyBoualem Boashash, Peter O'Shea, Branco Ristic. 3193-3196 [doi]
• Time-varying singular value decomposition: an application on speech-like signalsLouis F. M. ten Bosch. 3197-3200 [doi]
• Detection of narrowband signals by Gabor's expansion of spectrumJenho Tsao, Wei-Ji Shyu, Jeich Mar. 3201-3204 [doi]
• New properties to alleviate interference in time-frequency representationsPatrick J. Loughlin, James W. Pitton, Les E. Atlas. 3205-3208 [doi]
• Tracking analysis of a constrained adaptive notch filterPeter Händel, Arye Nehorai. 3209-3212 [doi]
• Computing pseudo Wigner distribution by the fast Hartley transformSoo-Chang Pei, Ing-Ing Yang. 3213-3216 [doi]
• A new approach for signal synthesis from smoothed versions of the Wigner distributionShie Qian, Joel M. Morris. 3217-3220 [doi]
• A comparison of smoothing kernels for computing bilinear time-frequency representationsHarinath Garudadri, Edgar F. Velez. 3221-3224 [doi]
• Frequency tracking-adaptive filtering vs. time-frequency distributionsPaul J. Davis, Moeness G. Amin. 3225-3228 [doi]
• Multichannel time-varying ARMA model identification by least squares circular lattice structuresMrityunjoy Chakraborty, Surendra Prasad. 3229-3332 [doi]
• RLS polynomial lattice algorithms for modelling time-varying signalsErlendur Karlsson. 3233-3236 [doi]
• The spectral analysis of short data-segments using an IIR adaptive filterKenneth W. Martin, Mukund Padmanabhan. 3237-3240 [doi]
• Adaptive FIR-filter for control systems with periodic disturbanceStephan Hoefer, Ramdas Kumaresan, Madhukar Pandit, T. Stollhof. 3241-3244 [doi]
• Spectral deconvolution of a multistage nonstationary process based on instantaneous maximum entropy estimationYumi Takizawa, Atsushi Fukasawa. 3245-3248 [doi]
• Structured covariance estimation via maximal representation of convex setsFrank C. Robey, Daniel R. Fuhrmann. 3249-3252 [doi]
• Parameter estimation of undersampled signals by Wigner-Ville analysisSergio Barbarossa. 3253-3256 [doi]
• On spectral and root forms of sinusoidal frequency estimatorsPetre Stoica, Torsten Söderström. 3257-3260 [doi]
• On the use of asymmetric windows for reducing the time delay in real-time spectral analysisDinei A. F. Florêncio. 3261-3264 [doi]
• Distributed spectral estimation using fuzzy set theoryStephen Oh. 3265-3268 [doi]
• Minimum relative entropy spectral estimation with uncertainties in the autocorrelation measurementsMichael A. Tzannes, Joseph P. Noonan. 3269-3271 [doi]
• Statistical analysis of MUSIC and ESPRIT estimates of sinusoidal frequenciesPetre Stoica, Torsten Söderström. 3273-3276 [doi]
• Robust signal parameter estimation in the presence of array perturbationsBo Wahlberg, Björn E. Ottersten, Mats Viberg. 3277-3280 [doi]
• Signal enhancement for diagnostic signal analysis [rocket engines]M. F. Griffin, S. Tulpule, A. M. Finn. 3281-3284 [doi]
• The ESPRIT and MUSIC algorithms using the covariance matrixJ. S. McGarrity, John J. Soraghan, Tariq S. Durrani, Sylvie Mayrargue. 3285-3288 [doi]
• A study of adaptive arrays for mobile communication systemsS. Andersson, Mille Millnert, Mats Viberg, Bo Wahlberg. 3289-3292 [doi]
• Errors in signal subspace methods in the presence of moving sourcesNicholas W. Whinnett, Athanassios Manikas. 3293-3296 [doi]
• Rank reduction in graph partitioningK. S. Arun, Vasant B. Rao. 3297-3300 [doi]
• An acoustical pattern classifier based on N-depth projection on privileged eigenstructuresMauro Falcone, Andrea Paoloni. 3301-3304 [doi]
• Piecewise Root-MUSICLang P. Withers Jr.. 3305-3308 [doi]
• Adaptive nulling and spatial spectral estimation using an iterated principal components decompositionDean O. Carhoun. 3309-3312 [doi]
• Theoretical resolution-threshold curve for the MUSIC algorithmHarry B. Lee, Michael S. Wengrovitz. 3313-3316 [doi]
• Weighted state space methods/ESPRIT and spatial smoothingBhaskar D. Rao, K. V. S. Hari. 3317-3320 [doi]
• Relationship between high-resolution methods and discrete Fourier transformSylvie Mayrargue, Th. Blu. 3321-3324 [doi]
• Maximum likelihood bearing estimation by quasi-Newton method using a uniform linear arrayHideyuki Watanabe, Masakiyo Suzuki, Nobuo Nagai, Nobuhiro Miki. 3325-3328 [doi]
• Eigenstructure-based blind identification of independent signalsLang Tong, Yujiro Inouye, Ruey-Wen Liu. 3329-3332 [doi]
• Estimating directions of arrival with generalized MUSIC using a linear-interpolated array manifoldY. W. Wu. 3333-3336 [doi]
• Geometric characterization of eigenvalues of covariance matrix for two-source array processingS. I. Chou. 3337-3340 [doi]
• High-resolution direction finding using circular arraysMehmet Zeytinoglu, John Litva, J. Qian. 3341-3344 [doi]
• Estimation of source bearings at a randomly deformed array by signal space transformationsD. A. Wheeler, Philip R. Atkins. 3345-3348 [doi]
• Efficient methods to compute azimuth and elevation in high resolution DOA estimationP. Bas Ober, Ed F. Deprettere, Alle-Jan van der Veen. 3349-3352 [doi]
• Estimating 2-D angles of arrival using overlapping volume arraysFatma Ayhan Sakarya, Monson H. Hayes III. 3353-3356 [doi]
• Robust MUSIC based on direct signal subspace estimationJuha Karhunen, Jyrki Joutsensalo. 3357-3360 [doi]
• Where's the peak? [causal signal with average delay]John Makhoul, Allan O. Steinhardt. 3361-3364 [doi]
• Extension of ESPRIT method to unknown noise environmentsQiang Wu 0006, James P. Reilly. 3365-3368 [doi]
• The circular nature of discrete-time frequency estimatesBrian C. Lovell, Peter J. Kootsookos, Robert C. Williamson. 3369-3372 [doi]
• Modelling of real systems based on measuring resultsHans Wilhelm Schüßler, Y. Dong, Richard Reng. 3373-3376 [doi]
• On the use of general iterated function systems in signal modellingGraham C. Freeland, Tariq S. Durrani. 3377-3380 [doi]
• Maximum likelihood estimation of the fractal dimensions of stochastic fractals and Cramer-Rao boundsAhmed H. Tewfik, Mohamed Deriche. 3381-3384 [doi]
• Constrained total least squares based extraction of acoustic resonances of elastic targetsTheagenis J. Abatzoglou, Roger H. Hackman. 3385-3388 [doi]
• Exact nonlinear filtering via Gauss transform eigenfunctionsEytan Paldi, Arye Nehorai. 3389-3392 [doi]
• Hidden-variable fractal interpolation of discrete sequencesDavid S. Mazel, Monson H. Hayes III. 3393-3396 [doi]
• Zero modeling error (ZME) at the meeting point of LPC and SVD analysisIoannis Dologlou, George Carayannis. 3397-3400 [doi]
• Schur parametrization of symmetric indefinite matricesKlaus Diepold, Rainer Pauli. 3401-3404 [doi]
• Model order estimation of 2D autoregressive processesPetar M. Djuric, Steven M. Kay. 3405-3408 [doi]
• New pole-by-pole model fitting approach for signal parameter estimationC. S. Ramalingam, Ramdas Kumaresan, Dirk van Ormondt. 3409-3412 [doi]
• An SM-WRLS algorithm with an efficient test for innovation: simulation studies and complexity issuesSouheil F. Odeh, John R. Deller Jr.. 3413-3416 [doi]
• Approximation by nonlinear wavelet networksQinghua Zhang, Albert Benveniste. 3417-3420 [doi]
• An unsupervised learning algorithm for the sequential classification of patterns using static netsSeow Hwee Tan, Michael Savic. 3421-3424 [doi]
• An average stochastic gradient method for time delay and multipath estimationFrancis Castanie. 3425-3428 [doi]
• Classification of radar signals using the bispectrumIsmail Jouny, Randolph L. Moses, F. D. Garber. 3429-3432 [doi]
• The cross-bicepstrum: properties and applications for signal reconstruction and system identificationDana H. Brooks, Chrysostomos L. Nikias. 3433-3436 [doi]
• Adaptive system identification based on higher-order statisticsJosé A. Rodriguez-Fonollosa, Josep Vidal, Enrique Masgrau. 3437-3440 [doi]
• Quality measures of the modified biperiodogram: selection of estimator parametersRandy L. Turcotte, Mark A. Wickert. 3441-3444 [doi]
• A finite-step global convergence algorithm for the cumulant-based parameter estimation of multichannel moving average processesLang Tong, Yujiro Inouye, Ruey-Wen Liu. 3445-3448 [doi]
• A consistent cumulant-based NCARMA estimatorAnanthram Swami. 3449-3452 [doi]
• Matching-extrapolation of bicumulants of one-D signals using two-D AR modelingA. Tanju Erdem, A. Murat Tekalp. 3453-3456 [doi]
• Estimation of the frequencies of a complex sinusoidal noisy signal using fourth order statisticsAndré Ferrari, Gérard Alengrin. 3457-3460 [doi]
• The effect of jittered time-samples on the discrete bispectrumIlan Sharfer, Hagit Messer. 3461-3464 [doi]
• Sources identification in unknown Gaussian coloured noise with composite HNL statisticsGaetano Scarano, Giovanni Jacovitti. 3465-3468 [doi]
• Estimating the number of sinusoids in non-Gaussian noise using cumulantsSatyanarayan S. Rao, Chandra Vaidyanathan. 3469-3472 [doi]
• Factorization of high-order linear prediction polynomialsManfred G. Prammer. 3473-3476 [doi]
• Estimation of correlated frequencies in noise cancelling using higher order momentsChristine Servière, Daniel Baudois, André Silvent. 3477-3480 [doi]
• Parametric identification of systems using a frequency slice of the bispectrumL. Luo, Luis F. Chaparro. 3481-3484 [doi]
• System identification from frequency samples of the bispectrumHector M. Valenzuela. 3485-3488 [doi]
• Iterative algorithm for identification of third order Volterra systemsMurali Tummala. 3489-3492 [doi]
• Discrete all-pole modeling using higher-order spectraTayfun Akgül, Amro El-Jaroudi. 3493-3496 [doi]
• Some aspects of the higher-order cyclostationary theoryGoran D. Zivanovic. 3497-3500 [doi]
• Order recursive parametric bispectrum estimationArnab K. Shaw. 3501-3504 [doi]
• Phase estimation by bispectrum: a group delay approachS. V. Narasimhan, G. R. Reddy, Eugene I. Plotkin, M. N. S. Swamy. 3505-3508 [doi]
• Cumulant based approach to harmonic retrieval problem using a state space modelZhenghao Shi, Frederick W. Fairman. 3509-3512 [doi]
• Parameter estimation for a bilinear time series modelV. John Mathews, Todd K. Moon. 3513-3516 [doi]
• Identifying nonlinear systems from experimental dataL. R. Hunt, Ronald D. Degroat. 3517-3520 [doi]
• Strongly consistent output only and input/output identification in the presence of Gaussian noiseAnastasios Delopoulos, Georgios B. Giannakis. 3521-3524 [doi]
• Sequential detection using higher-order statisticsBrian M. Sadler. 3525-3528 [doi]
• A composite signal model that simultaneously realizes arbitrary polynomial bispectra and rational power spectraA. Murat Tekalp, A. Tanju Erdem, Michael M. Chang. 3529-3532 [doi]
• Asymptotically optimum detector of an unknown sinusoid in AWGNK. Kim, A. Polydoros. 3533-3536 [doi]
• Complex transversal Volterra filters optimal for detection and estimationPascal Chevalier 0001, Patrick Duvaut, Bernard C. Picinbono. 3537-3540 [doi]
• Detection of coherent and noncoherent signals via the stochastic signals modelMati Wax. 3541-3544 [doi]
• An adaptive detection algorithm with persymmetric covariance structureLujing Cai, Hong Wang. 3545-3548 [doi]
• Target detection in a nonstationary noise field: a comparison-based approachQ. T. Zhang, S. Haykin, Kon Max Wong. 3549-3552 [doi]
• Multichannel detection using a model-based approachJames H. Michels, Pramod K. Varshney, Donald Weiner. 3553-3556 [doi]
• Fractal dimension estimators for fractional Brownian motionsNicole Gache, Patrick Flandrin, Dominique Garreau. 3557-3560 [doi]
• ARCOS, weighted ARCOS and Cramer-Rao boundsOlivier Besson, Francis Castanie. 3561-3564 [doi]
• Improvements on the Cramer-Rao boundS. Unnikrishna Pillai, Nikhileshwar D. Sinha. 3565-3568 [doi]
• The Cramer-Rao bound for pole and amplitude estimates of damped exponential signals in noiseWilliam M. Steedly, Randolph L. Moses. 3569-3572 [doi]
• On the accuracy of high-order Yule-Walker methods for cisoidsTorsten Söderström, Petre Stoica. 3573-3576 [doi]
• A digital teleconferencing system with integrated modalities for human/machine communication: HuMaNetJames L. Flanagan, D. A. Berkley, Kathleen L. Shipley. 3577-3579 [doi]
• A self-steering digital microphone arrayWalter Kellermann. 3581-3584 [doi]
• A new subband echo canceler structureFumio Amano, Héctor Pérez 0002. 3585-3588 [doi]
• Adaptive linearization of a loudspeakerFranklin X. Y. Gao, W. Martin Snelgrove. 3589-3592 [doi]
• A vector quantization approach for room transfer function classificationJohn Mourjopoulos, Anastasios Tsopanoglou, Nikolaos D. Fakotakis. 3593-3596 [doi]
• Constrained-storage vector quantization in high fidelity audio transform codingWai-Yip Chan, Allen Gersho. 3597-3600 [doi]
• Subband coding of stereophonic digital audio signalsRobbert G. van der Waal, Raymond N. J. Veldhuis. 3601-3604 [doi]
• A MUSICAM® source codec for digital audio broadcasting and storageYves François Dehery, Michel Lever, Pierre Urcun. 3605-3608 [doi]
• DSP implementation of arbitrary sampling frequency conversion for high quality sound applicationSilvio Cucchi, F. Desinan, Giorgio Parladori, Giovanni L. Sicuranza. 3609-3612 [doi]
• A novel structure for real-time digital sample-rate converters with finite precision error analysisSangil Park, Garth Hillman, Roman Robles. 3613-3616 [doi]
• High quality audio coding using analysis-by-synthesis techniqueX. Lin, Redwan Salami, Raymond Steele. 3617-3620 [doi]
• An adaptive digital cochlear modelJames M. Kates. 3621-3624 [doi]
• A digital hearing aid that compensates loudness for sensorineural impaired listenersFutoshi Asano, Y. Suzuki, Toshio Sone, S. Kakehata, M. Satake, Koichi Ohyama, T. Kobayashi, T. Takasaka. 3625-3628 [doi]
• Speech recognition and frequency selectivity for hearing impaired listenersJeffrey F. Havens, C. Dan Geisler. 3629-3632 [doi]
• Representation of external ear transfer function via a beamforming modelJiashu Chen, Barry D. Van Veen, Kurt E. Hecox. 3633-3636 [doi]
• Robust microphone array processor incorporating headshadow effectsMichael W. Hoffman, Kevin M. Buckley, M. J. Link, S. Soli. 3637-3640 [doi]
• Compensation for recruitment of loudness in sensorineural hearing impairments using a sinusoidal model of speechJanet C. Rutledge, Mark A. Clements. 3641-3644 [doi]
• It's gnot signal processingMark Kahrs, Thomas J. Killian. 3645-3648 [doi]
• AR modeling of musical transientsJean-Louis Meillier, Antoine Chaigne. 3649-3652 [doi]
• A model for real-time sound synthesis of guitar on a floating-point signal processorMatti Karjalainen, Unto K. Laine. 3653-3656 [doi]
• Estimation of fundamental frequency of musical sound signalsBoris Doval, Xavier Rodet. 3657-3660 [doi]
• A digital filterbank hearing aid-design, implementation and evaluationThomas Lunner, Johan Hellgren. 3661-3664 [doi]
• The application of the median LMS algorithm to ADPCM systemsMaurice Givens, Peter M. Clarkson. 3665-3668 [doi]
• Improvement of a linear phonetic-context model for phoneme-based continuous speech recognitionY. Abe, K. Nakajima. 3669-3672 [doi]
• Velocity and acceleration features in speaker recognitionJohn S. Mason, X. Zhang. 3673-3676 [doi]
• Pitch determination using the cepstrum of the one-sided autocorrelation sequenceCliment Nadeu, Jordi Pascual, Javier Hernando. 3677-3680 [doi]
• Predictive SVD-transform coding of speech with adaptive vector quantizationEnrique Masgrau, José A. Rodriguez-Fonollosa, Josep R. Mallafré. 3681-3684 [doi]
• A comparison of nonparametric statistics for multiple-channel detection of signals in ocean noiseDouglas Cochran, Dana Sinno, Herbert Gish. 3685-3688 [doi]
• Shape estimation of an underground pile based on the finite difference equation of an elastic rodYutaka Kaneko, Masato Abe, Toshio Sone, Ken'iti Kido. 3689-3692 [doi]
• Fractionally-spaced subband and multiresolution adaptive filtersDirk T. M. Slock. 3693-3696 [doi]
• A fast algorithm for half-cyclic convolutionHongyi Liu, Richard Tolimieri. 3697-3700 [doi]
• The new algorithms for 2-dimensional FFT with prime sizeHongyi Liu, Richard Tolimieri, Myoung An. 3701-3704 [doi]
• The FTE manifold and its role in the numerical behavior of fast transversal filter RLS algorithmDirk T. M. Slock. 3705-3708 [doi]
• Nonlinear neural prediction in 1D DPCM for efficient image data codingC. N. Manikopoulos, J. Li, H. Sun. 3709-3711 [doi]
• Partially-blind image restoration using constrained Kalman filteringA. G. Qureshi, H. T. Mouftah. 3713-3716 [doi]
• DOA detection versus combined spatial temporal reference beamformingMiguel A. Lagunas, Gregori Vázguez. 3717-3720 [doi]
• Instantaneous frequency and its periodicity for cyclostationary time-seriesGoran D. Zivanovic. 3721-3724 [doi]
• The interpolated ESPRIT algorithmAnthony J. Weiss, Motti Gavish. 3725-3728 [doi]
• Signal detection in non-stationary broadband noiseBart F. Rice, Charles Tadjeran. 3729-3732 [doi]