Table of Contents

• Large vocabulary word recognition based on demi-syllable hidden Markov model using small amount of training dataKazunaga Yoshida, Takao Watanabe, Shinji Koga. 1-4 [doi]
• Speaker adaptation for large vocabulary speech recognition systems using speaker Markov modelsGerhard Rigoll. 5-8 [doi]
• Vector quantisation of the continuous distributions of an HMM speech recogniser based on mixtures of continuous distributionsEleftherios D. Frangoulis. 9-12 [doi]
• Tied mixture continuous parameter models for large vocabulary isolated speech recognitionJerome R. Bellegarda, David Nahamoo. 13-16 [doi]
• How limited training data can allow a neural network to outperform an `optimal' statistical classifierLes T. Niles, Harvey F. Silverman, Gary N. Tajchman, Marcia A. Bush. 17-20 [doi]
• Scaly artificial neural networks for speaker-independent recognition of isolated wordsAndreas Krause, Heidi Hackbarth. 21-24 [doi]
• Spotting Japanese CV-syllables and phonemes using time-delay neural networksHidefumi Sawai, Alex Waibel, Masanori Miyatake, Kiyohiro Shikano. 25-28 [doi]
• Speaker-independent word recognition using dynamic programming neural networksHiroaki Sakoe, Ryosuke Isotani, Kazunaga Yoshida, Ken-ichi Iso, Takao Watanabe. 29-32 [doi]
• Speech dynamics and recurrent neural networksHervé Bourlard, Christian J. Wellekens. 33-36 [doi]
• Toward a continuous model of the cortical column: Application to speech recognitionFrédéric Guyot, Frédéric Alexandre, Jean-Paul Haton. 37-40 [doi]
• A unified framework for LPC excitation representation in residual speech codersE. Ofer, David Malah, Amir Dembo. 41-44 [doi]
• A model of LPC excitation in terms of eigenvectors of the autocorrelation matrix of the impulse response of the LPC filterBishnu S. Atal. 45-48 [doi]
• Phonetically-based vector excitation coding of speech at 3.6 kbpsShihua Wang, Allen Gersho. 49-52 [doi]
• Code-book driven glottal pulse analysisAnders Bergström, Per Hedelin. 53-56 [doi]
• On improving vector excitation coders through the use of spherical lattice codebooks (SLCs)Mark Ireton, Costas S. Xydeas. 57-60 [doi]
• Fast CELP coding based on the Barnes-Wall lattice in 16 dimensionsClaude Lamblin, Jean-Pierre Adoul, Dominique Massaloux, Sarto Morissette. 61-64 [doi]
• Speech coding with time-varying bit allocations to excitation and LPC parametersNikil S. Jayant, Juin-Hwey Chen. 65-68 [doi]
• Spectral quantization and interpolation for CELP codersBishnu S. Atal, Richard V. Cox, Peter Kroon. 69-72 [doi]
• A 2 ms delay CELP coderLuca Cellario, Giuseppe Ferraris, Daniele Sereno. 73-76 [doi]
• The mean squared error criterion: Its effect on the performance of speech codersTimothy Thorpe. 77-80 [doi]
• Shift-invariant, multi-category phoneme recognition using Kohonen's LVQ2Erik McDermott, Shigeru Katagiri. 81-84 [doi]
• A simulation study on the usefulness of broad phonetic classification in automatic speech recognitionGert-Jan Vernooij, Gerrit Bloothooft, Yvonne van Holsteijn. 85-88 [doi]
• Speaker adaptation applied to HMM and neural networksSatoshi Nakamura 0001, Kiyohiro Shikano. 89-92 [doi]
• Automatic extraction of acoustic prototypes for large vocabulary speech recognition by using speaker-independent featuresAnna Maria Colla. 93-96 [doi]
• A locus model of coarticulation in an HMM speech recognizerLi Deng, Patrick Kenny, Matthew Lennig, Vishwa Gupta, Paul Mermelstein. 97-100 [doi]
• Real-time recognition of subword units on a hybrid multi-DSP/ASIC based acoustic front-endAbdulmesih Aktas, Harald Höge. 101-103 [doi]
• Characterization of spectral transitions with applications to acoustic sub-word segmentation and automatic speech recognitionKathy L. Brown, V. Ralph Algazi. 104-107 [doi]
• An improved sub-word based speech recognizerTorbjørn Svendsen, Kuldip K. Paliwal, Erik Harborg, P. O. Husoy. 108-111 [doi]
• Consonant recognition by modular construction of large phonemic time-delay neural networksAlex Waibel, Hidefumi Sawai, Kiyohiro Shikano. 112-115 [doi]
• Improving speech recognition accuracy with contextual phonemes and MMI trainingAnne-Marie Derouault, Bernard Mérialdo. 116-119 [doi]
• Robust and fast code-excited linear predictive coding of speech signalsAlain Le Guyader, Dominique Massaloux, Jean-Pierre Petit. 120-123 [doi]
• A fully vector quantised self-excited vocoderRedwan Salami, Lajos Hanzo, Derek G. Appleby. 124-127 [doi]
• Improved quality CELP base-band coding of speech at low-bit ratesAhmet M. Kondoz, K. Y. Lee, Barry G. Evans. 128-131 [doi]
• Adaptive code excited linear predictive coder (ACELPC)Jean E. Menez, Claude R. Galand, Michele M. Rosso, F. Bottau. 132-135 [doi]
• Multipulse-based codebooks for CELP coding at 7 kbpsHong Chae Woo, Jerry D. Gibson. 136-139 [doi]
• Lattice quantizers in speech codingH. Brehm, Manfred Herbert. 140-143 [doi]
• A 4.8 Kbps homomorphic vocoder using analysis-by-synthesis excitation analysisJae H. Chung, Ronald W. Schafer. 144-147 [doi]
• ARMA model based speech coding at 8 kb/sMasumi Akamine, Kimio Miseki. 148-151 [doi]
• On the performance of CELP algorithms for low rate speech codingMartin Schultheiß, Arild Lacroix. 152-155 [doi]
• Multimode coding: application to CELPTomohiko Taniguchi, Shigeyuki Unagami, Robert M. Gray. 156-159 [doi]
• Cascaded likelihood vector coding of the LPC informationYair Shoham. 160-163 [doi]
• Speech coding with multi-layer networksYoshua Bengio, Régis Cardin, Piero Cosi, Renato de Mori. 164-167 [doi]
• Efficient encoding of speech LSP parameters using the discrete cosine transformationNariman Farvardin, Rajiv Laroia. 168-171 [doi]
• Transform subbands coding with channel error controlBaruch Mazor, C. Hudson, D. Borkowski. 172-175 [doi]
• Combined source-channel codingSalvatore D. Morgera, Mohammad Reza Soleymani, Yves Normandin. 176-179 [doi]
• Pattern search prediction of speechRobert E. Bogner, Tzuyin Li. 180-183 [doi]
• Single DSP implementation of a 16 kbps sub-band speech coder for portable communicationsJames L. Dixon, Vijay K. Varma, Nelson Sollenberger, David W. Lin. 184-187 [doi]
• Variable rate coding scheme for audio signal with subband and embedded coding techniquesJunji Suzuki, Naohisa Ohta. 188-191 [doi]
• Some experiments of 7 kHz audio coding at 16 kbit/sRosario Drogo de Jacovo, Roberto Montagna, Franco Perosino, Daniele Sereno. 192-195 [doi]
• An 8 kbit/s transform coder for noisy channelsTakehiro Moriya, Hirohito Suda. 196-199 [doi]
• An evaluation of 4800 bps voice codersDavid P. Kemp, Retha A. Sueda, Thomas E. Tremain. 200-203 [doi]
• A high quality speech coder at 400 bpsY. J. Liu, Joseph Rothweiler. 204-206 [doi]
• Phase coherence in speech reconstruction for enhancement and coding applicationsThomas F. Quatieri, Robert J. McAulay. 207-210 [doi]
• The effects of subtractive-type speech enhancement/noise reduction algorithms on parameter estimation for improved recognition and coding in high noise environmentsWilliam M. Kushner, Vladimir Goncharoff, Chung Wu, Vien Nguyen, John N. Damoulakis. 211-214 [doi]
• Methods for dynamic excitation control in parallel formant speech synthesisDavid M. Howard 0001, Andrew P. Breen. 215-218 [doi]
• Neural network based generation of fundamental frequency contoursMichael S. Scordilis, John N. Gowdy. 219-222 [doi]
• Voice source rules for text-to-speech synthesisRolf Carlson, Gunnar Fant, Christer Gobl, Björn Granström, Inger Karlsson, Qiguang Lin. 223-226 [doi]
• Articulatory synthesis with the aid of a neural netMazin G. Rahim, Colin C. Goodyear. 227-230 [doi]
• New concept in acoustic-articulatory-phonetic relations-perspectives and applicationsRené Carré, Mohamad Mrayati. 231-234 [doi]
• Modelling coarticulationJ. Brian Pickering. 235-237 [doi]
• A diphone synthesis system based on time-domain prosodic modifications of speechChristian Hamon, Eric Moulines, Francis Charpentier. 238-241 [doi]
• A multi-lingual text-to-speech systemHector R. Javkin, Kazue Hata, Lucio Mendes, Steven Pearson, Hisayo Ikuta, Abigail Kaun, Gregory DeHaan, Alan Jackson, Beatrix Zimmermann, Tracy Wise, Caroline Henton, Merrilyn Gow, Kenji Matsui, Noriyo Hara, Masaki Kitano, Der-Hwa Lin, Chun-Hong Lin. 242-245 [doi]
• Fundamental consideration of finite element method for the simulation of the vibration of vocal cordsHirohisa Iijima, Nobuhiro Miki, Nobuo Nagai. 246-249 [doi]
• The DEPES development system for text-to-speech synthesisBert Van Coile. 250-253 [doi]
• Application of hidden Markov models for recognition of a limited set of words in unconstrained speechJay G. Wilpon, Chin-Hui Lee, Lawrence R. Rabiner. 254-257 [doi]
• Spectral estimation using a log-distance error criterion applied to speech recognitionDirk Van Compernolle. 258-261 [doi]
• A comparison of several acoustic representations for speech recognition with degraded and undegraded speechMelvyn J. Hunt, Claude Lefèbvre. 262-265 [doi]
• Stress compensation and noise reduction algorithms for robust speech recognitionJohn H. L. Hansen, Mark A. Clements. 266-269 [doi]
• An LPC-based spectral similarity measure for speech recognition in the presence of co-channel speech interferenceGary E. Kopec, Marcia A. Bush. 270-273 [doi]
• Isolated word recognition using continuous state transition-probability and DP-matchingTomio Takara. 274-277 [doi]
• Formant transition detection in isolated vowels with transitions in initial and final positionPaul Cosgrove, J. Patrick Wilson, Roy D. Patterson. 278-281 [doi]
• Use of the Derin's algorithm in hidden semi-Markov models for automatic speech recognitionY. Guedon, C. Cocozza-Thivent. 282-285 [doi]
• Unsupervised speaker adaptation method based on hierarchical spectral clusteringSadaoki Furui. 286-289 [doi]
• On the use of HMMs to recognize cerebral palsy speech: isolated word caseD. Hsu, John R. Deller Jr.. 290-293 [doi]
• Unsupervised speaker adaptation by probabilistic spectrum fittingStephen J. Cox, John S. Bridle. 294-297 [doi]
• HMM-based speech recognition using dynamic spectral featureMasafumi Nishimura. 298-301 [doi]
• Enhancing the discrimination of speaker independent hidden Markov models with corrective trainingTed H. Applebaum, Brian A. Hanson. 302-305 [doi]
• Improved training using semi-hidden Markov models in speech recognitionX. Zhang, John S. Mason. 306-309 [doi]
• A piecewise approach to connectionist networks for speech recognitionFred Stentiford, Richard Hemmings. 310-313 [doi]
• On the use of neural networks for speaker independent isolated word recognitionPiero Demichelis, L. Fissore, Pietro Laface, Giorgio Micca, E. Piccolo. 314-317 [doi]
• A sub-word based speaker independent speech recognizer using a two-pass segmentation schemeMagne Hallstein Johnsen. 318-321 [doi]
• A new algorithm for representing acoustic feature dynamicsShigeru Katagiri, Erik McDermott, Manami Yokota. 322-325 [doi]
• Speech recognition using dynamic transformation of phoneme templates depending on acoustic/phonetic environmentsYoshiharu Abe, Kunio Nakajima. 326-329 [doi]
• Phonetic recognition using peak weighted binary spectrumKi Chui Kim, Hwang Soo Lee, Jung Wan Cho. 330-333 [doi]
• Feature-based recognition of nonsonorant consonants in Chinese speechSiyu Zhu, Jiankui Zhao, Cheng Fan. 334-337 [doi]
• Extraction and evaluation of phonetic-acoustic rules for continuous speech recognitionShinta Kimura, Hitoshi Iwamida, Toru Sanada. 338-341 [doi]
• Phonetic properties of a large Spanish lexicon and its implications for large vocabulary speech recognitionH. Hasan, J. M. Pardo, S. Alexandres, C. Casado. 342-344 [doi]
• Matrix fast match: a fast method for identifying a short list of candidate words for decodingLalit R. Bahl, P. S. Gopalakrishnan, Dimitri Kanevsky, David Nahamoo. 345-348 [doi]
• Filtering of colored noise for speech enhancement and codingBoneung Koo, Jerry D. Gibson, Steven D. Gray. 349-352 [doi]
• Speech enhancement based upon hidden Markov modelingYariv Ephraim, David Malah, Bing-Hwang Juang. 353-356 [doi]
• Neural network enhancement for a two speaker separation systemCharles H. Rogers, D. Chien, M. Featherstone, Kwang-Shik Min. 357-360 [doi]
• Speech-state-adaptive simulation of co-channel talker interference suppressionMarc A. Zissman, Clifford J. Weinstein, Louis D. Braida, Rosalie M. Uchanski, William M. Rabinowitz. 361-364 [doi]
• Speech/nonspeech discrimination for speech recognition system under real life noise environmentsHidefumi Kobatake, Katsuhisa Tawa, Akira Ishida. 365-368 [doi]
• The voice activity detector for the Pan-European digital cellular mobile telephone serviceD. K. Freeman, G. Cosier, C. B. Southcott, I. Boyd. 369-372 [doi]
• Noise-immune multisensor speech input: formal subjective testing in operational conditionsV. Viswanathan, C. Henry. 373-376 [doi]
• The effects of non-stationary signal characteristics on the performance of adaptive audio restoration systemsSaeed Vaseghi, Peter J. W. Rayner. 377-380 [doi]
• A new sample-interpolation method for recovering missing speech samples in packet voice communicationsMitsuhiro Yuito, Naoki Matsuo. 381-384 [doi]
• Study and comparison of three structures for enhancement of noisy speechGérard Faucon, Saïd Tazi Mezalek, Régine Le Bouquin. 385-388 [doi]
• Acoustic segmentation and phonetic classification in the SUMMIT systemVictor Zue, James R. Glass, Michael Philips, Stephanie Seneff. 389-392 [doi]
• Phoneme segmentation using spectrogram reading knowledgeKaichiro Hatazaki, Yasuhiro Komori, Takeshi Kawabata, Kiyohiro Shikano. 393-396 [doi]
• Phoneme environment clustering for speech recognitionShigeki Sagayama. 397-400 [doi]
• A stochastic/feature based recogniser and its training algorithmK. Frimpong-Ansah, David J. B. Pearce, Wendy J. Holmes, N. G. Dixon. 401-404 [doi]
• HMM clustering for connected word recognitionLawrence R. Rabiner, Chin-Hui Lee, Biing-Hwang Juang, Jay G. Wilpon. 405-408 [doi]
• Speech recognition using temporal decomposition and multi-layer feed-forward automataClaude Montacié, Khalid Choukri, Gérard Chollet. 409-412 [doi]
• Learning phoneme recognition using neural networksSteve Renals, Richard Rohwer. 413-416 [doi]
• A connectionist model for phoneme recognition in continuous speechT. D. Harrison, Frank Fallside. 417-420 [doi]
• On modeling duration in context in speech recognitionJoseph Picone. 421-424 [doi]
• A connectionist approach to continuous speech recognitionMichael A. Franzini, Michael J. Witbrock, Kai-Fu Lee. 425-428 [doi]
• Recent advances in speech processingJ. Mariani. 429-440 [doi]
• Speaker independent phonetic transcription of fluent speech for large vocabulary speech recognitionStephen E. Levinson, M. Y. Liberman, Andrej Ljolje, Laura G. Miller. 441-444 [doi]
• The SPHINX speech recognition systemKai-Fu Lee, Hsiao-Wuen Hon, Mei-Yuh Hwang, Sanjoy Mahajan, Raj Reddy. 445-448 [doi]
• The Lincoln robust continuous speech recognizerDouglas B. Paul. 449-452 [doi]
• A word hypothesizer for a large vocabulary continuous speech understanding systemL. Fissore, Pietro Laface, Giorgio Micca, Roberto Pieraccini. 453-456 [doi]
• Word recognition in continuous speech using a phonological based two-network matching parser and a synthesis based predictionMartin Brenner, Harald Höge, Erwin Marschall, Jorge Romano. 457-460 [doi]
• Island-driven continuous speech recognizer using phone-based HMM word spottingTakeshi Kawabata, Kiyohiro Shikano. 461-464 [doi]
• Large vocabulary natural language continuous speech recognitionLalit R. Bahl, Raimo Bakis, Jerome R. Bellegarda, Peter F. Brown, D. Burshtein, Subrata K. Das, Peter V. de Souza, P. S. Gopalakrishnan, Frederick Jelinek, Dimitri Kanevsky, Robert L. Mercer, Arthur Nádas, David Nahamoo, Michael A. Picheny. 465-467 [doi]
• Robust LPC analysis and synthesis using the KL transformation of acoustic subwords spectraV. Ralph Algazi, Sang Chung, Michael J. Ready, Kathy L. Brown. 468-471 [doi]
• Intelligibility measurement of interrupted voice communication systemsJohn D. Tardelli. 472-475 [doi]
• A comparative study of cepstral lifters and distance measures for all pole models of speech in noiseJean-Claude Junqua, Hisashi Wakita. 476-479 [doi]
• The effective second formant F2' and the vocal tract front-cavityHynek Hermansky, David J. Broad. 480-483 [doi]
• Formant extraction from Fourier transform phaseHema A. Murthy, K. V. Madhu Murthy, B. Yegnanarayana. 484-487 [doi]
• Optimization of spectral warping parameters in a speech modification systemVladimir Goncharoff, Suresh Chandran. 488-491 [doi]
• Analysis and encoding of speech for a parallel formant synthesizerA. Lowry, M. C. Hall, P. M. Hughes. 492-495 [doi]
• A computational cochlear nonlinear preprocessing model with adaptive Q circuitsTatsuya Hirahara, Takashi Komakine. 496-499 [doi]
• An ADPCM architecture based on models of the auditory systemBenjamin Monderer, Aurel A. Lazar. 500-503 [doi]
• Investigation of phonemic context in speech using self-organizing feature mapsVeton Kepuska, John N. Gowdy. 504-507 [doi]
• A new algorithm for temporal decomposition of speech-application to a numerical model of coarticulationGérard Bailly, Pierre-François Marteau, Christian Abry. 508-511 [doi]
• Car noise processing for speech inputI. Lecomte, Michel Lever, Jérôme Boudy, Alain Tassy. 512-515 [doi]
• On the use of the information on individual speaker's position in the parameter space for speaker recognitionHideki Noda. 516-519 [doi]
• The optimization of perceptually-based features for speaker identificationL. Xu, John Oglesby, John S. Mason. 520-523 [doi]
• Speaker verification over long distance telephone linesJayant M. Naik, Lorin Netsch, George R. Doddington. 524-527 [doi]
• Improved automatic language identification in noisy speechFred J. Goodman, Alvin F. Martin, Robert E. Wohlford. 528-531 [doi]
• Some statistical issues in the comparison of speech recognition algorithmsL. Gillick, Stephen J. Cox. 532-535 [doi]
• Benchmark tests for DARPA resource management database performance evaluationsDavid S. Pallett. 536-539 [doi]
• Objective and diagnostic assessment of (isolated) word recognizersHerman J. M. Steeneken, Jeroen G. van Velden. 540-543 [doi]
• A determination of the sensitivity of speech recognisers to speaker variabilityTrevor J. Thomas, Jeremy Peckham, Eleftherios D. Frangoulis. 544-547 [doi]
• Robust smoothing methods for discrete hidden Markov modelsRichard M. Schwartz, Owen Kimball, Francis Kubala, Ming-Whei Feng, Yen-Lu Chow, Chris Barry, John Makhoul. 548-551 [doi]
• Performance of speech recognition devices: evaluating speech produced over the telephone networkDina Yashchin, Sara Basson, Niels Lauritzen, Suzi Levas, Annie Loring, Judith Spitz. 552-555 [doi]
• Phonetically sensitive discriminants for improved speech recognitionGeorge R. Doddington. 556-559 [doi]
• Construction of a large-scale Japanese speech database and its management systemHisao Kuwabara, Kazuya Takeda, Yoshinori Sagisaka, Shigeru Katagiri, S. Morikawa, T. Watanabe. 560-563 [doi]
• Parameter sensitivity and robust estimation in an ARX model with glottal excitationYan Ming Cheng, Douglas D. O'Shaughnessy. 564-567 [doi]
• A new method of pole-tracking with application to vowel and semivowel recognitionJ. M. Turnbull, Andrew T. Sapeluk, Robert I. Damper. 568-571 [doi]
• A nonparametric method of formant estimation using group delay spectraG. Duncan, B. Yegnanarayana, Hema A. Murthy. 572-575 [doi]
• Adaptive pitch detection algorithm for noisy signalsC. S. Wu, V. Nguyen, Vladimir Goncharoff, William Kushner, John Damoulakis. 576-579 [doi]
• A phonetic vocoderJoseph Picone, George R. Doddington. 580-583 [doi]
• A phonetically labeled acoustic segment (PLAS) approach to speech analysis-synthesisFrank K. Soong. 584-587 [doi]
• Dynamic programming search of articulatory codebooksJuergen Schroeter, M. Mohan Sondhi. 588-591 [doi]
• A new speech modification method by signal reconstructionMasanobu Abe, Shin-Ichi Tamura, Hisao Kuwabara. 592-595 [doi]
• An LSP based speech quality measureH. J. Coetzee, Thomas P. Barnwell III. 596-599 [doi]
• A statistical approach to the segmentation and broad classification of continuous speech into phrase-sized information unitsDieter Huber. 600-603 [doi]
• Multi-level clustering of acoustic features for phoneme recognition based on mutual informationKatsuhiko Shirai, Noriyuki Aoki, Naoki Hosaka. 604-607 [doi]
• Explicit modeling of vowel coarticulation in continuous speech recognitionJames L. Hieronymus. 608-611 [doi]
• Iterative normalization for speaker-adaptive training in continuous speech recognitionMing-Whei Feng, Richard M. Schwartz, Francis Kubala, John Makhoul. 612-615 [doi]
• Robust statistic modelling of systematic variabilities in continuous speech incorporating acoustic-articulatory relationsOtto Schmidbauer. 616-619 [doi]
• An enhanced training method for speech recognition in the VODIS projectE. Chau, Y. K. Chung, Eleftherios D. Frangoulis, A. Lucas. 620-622 [doi]
• Automatic generation of phonetic units for continuous speech recognitionRoberto Pieraccini, Aaron E. Rosenberg. 623-626 [doi]
• Continuous hidden Markov modeling for speaker-independent word spottingJan Robin Rohlicek, William Russell, Salim Roukos, Herbert Gish. 627-630 [doi]
• A generalization of the Baum algorithm to rational objective functionsP. S. Gopalakrishnan, Dimitri Kanevsky, Arthur Nádas, David Nahamoo. 631-634 [doi]
• Classification capabilities of two-layer neural netsJohn Makhoul, Richard M. Schwartz, Amro El-Jaroudi. 635-638 [doi]
• Unified techniques for vector quantization and hidden Markov modeling using semi-continuous modelsX. D. Huang, Mervyn A. Jack. 639-642 [doi]
• Learning accurate finite-state structural models of words through the ECGI algorithmHéctor M. Rulot, Natividad Prieto, Enrique Vidal 0001. 643-646 [doi]
• Infrastructure in Kohonen mapsPeter Brauer, Petter Knagenhjelm. 647-650 [doi]
• A dynamic programming/neural network approach for connected-speech recognitionMichael M. Hochberg, Harvey F. Silverman, David P. Morgan. 651-654 [doi]
• Temporal decomposition: a framework for enhanced speech recognitionMahesan Niranjan, Frank Fallside. 655-658 [doi]
• Fast look-ahead pruning strategies in continuous speech recognitionXavier L. Aubert. 659-662 [doi]
• Hierarchical phoneme discrimination by hidden Markov modelling using cepstrum and formant informationYasuo Ariki, Fergus R. McInnes, Mervyn A. Jack. 663-666 [doi]
• A unified syntax direction mechanism for automatic speech recognition systems using hidden Markov modelsS. C. Austin, Frank Fallside. 667-670 [doi]
• Using prosodic rules in speech recognition expert systemM. K. Nasri, Geneviève Caelen-Haumont, Jean Caelen. 671-674 [doi]
• Robust recognition of loud and Lombard speech in the fighter cockpit environmentBill J. Stanton, Leah H. Jamieson, George D. Allen. 675-678 [doi]
• Real-time connected-word recognition in a noisy environmentAndreas Noll, Hans-Hermann Hamer, H. Piotrowski, Hans-Wilhelm Rühl, Stefan Dobler, J. Weith. 679-681 [doi]
• Word recognition using whole word and subword modelsChin-Hui Lee, Biing-Hwang Juang, Frank K. Soong, Lawrence R. Rabiner. 683-686 [doi]
• Synthetic phoneme prototypes in a connected-word speech recognition systemMats Blomberg. 687-690 [doi]
• Experimental results on large vocabulary continuous speech understandingMiriam De Mattia, Egidio P. Giachin. 691-694 [doi]
• A stochastic parts program and noun phrase parser for unrestricted textKenneth Ward Church. 695-698 [doi]
• Linguistic constraints in hidden Markov model based speech recognitionMitch Weintraub, Hy Murveit, Michael Cohen, Patti Price, Jared Bernstein, Gay Baldwin, Don Bell. 699-702 [doi]
• HMM continuous speech recognition using predictive LR parsingKenji Kita, Takeshi Kawabata, Hiroaki Saito. 703-706 [doi]
• Language model and acoustic model information in probabilistic speech recognitionMarco Ferretti, Giulio Maltese, Stefano Scarci. 707-710 [doi]
• TINA. A probabilistic syntactic parser for speech understanding systemsStephanie Seneff. 711-714 [doi]
• Using syntactic information to improve large-vocabulary word recognitionDouglas D. O'Shaughnessy. 715-718 [doi]
• Continuous-speech recognition using a stochastic language modelAnnedore Paeseler, Hermann Ney. 719-722 [doi]
• Speech recognition in a unification grammar frameworkCharles T. Hemphill, Joseph Picone. 723-726 [doi]
• Speech understanding using a unification grammarYen-Lu Chow, Salim Roukos. 727-730 [doi]
• A study of English word category prediction based on neutral networksMasami Nakamura, Kiyohiro Shikano. 731-734 [doi]
• An expandable error-protected 4800 bps CELP coder (US Federal Standard 4800 bps voice coder)Joseph P. Campbell Jr., Vanoy C. Welch, Thomas E. Tremain. 735-738 [doi]
• Robust CELP coders for noisy backgrounds and noisy channelsRichard V. Cox, W. Bastiaan Kleijn, Peter Kroon. 739-742 [doi]
• Subband vector excitation coding with adaptive bit-allocationMei Yong, Allen Gersho. 743-746 [doi]
• 4800 and 7200 bit/sec hybrid codebook multipulse codingRichard L. Zinser, Steven R. Koch. 747-750 [doi]
• Comparative study of algorithms for VQ design using conventional and neural-net based approachesFrank H. Wu, Kalyan Ganesan. 751-754 [doi]
• Speech coding method using fuzzy vector quantizationYoshiaki Asakawa, Akira Ichikawa, Shun'ichi Yajima, Katsuya Yamasaki. 755-758 [doi]
• Fast vector quantization based on lattice prequantizationJianjun Li, William A. Pearlman, Constantine N. Manikopoulos. 759-761 [doi]
• Short-time synthesis procedures in vector adaptive transform coding of speechLuis A. Hernández Gómez, Carmen García-Mateo, Francisco Javier Casajús-Quirós. 762-765 [doi]
• A hierarchical two-level analysis structure for use in speech coding and recognitionTore Fjällbrant, Fisseha Mekuria. 766-769 [doi]
• High temporal resolution in multi-pulse codingAnders Bergström, Per Hedelin. 770-773 [doi]
• Connected speech recognition on a multiple processor pipelineSiddhartha Chatterjee, Prathima Agrawal. 774-777 [doi]
• Incorporating syntax into the level-building algorithm on a tree-structured parallel computerDavid B. Roe, Allen L. Gorin, Padma Ramesh. 778-781 [doi]
• BEAM. An accelerator for speech recognitionRoberto Bisiani, Thomas S. Anantharaman, L. Butcher. 782-784 [doi]
• Large vocabulary isolated words recognizer on a cellular array processorEnzo Mumolo, Francesco Pazienti. 785-788 [doi]
• A large-vocabulary real-time continuous-speech recognition systemHy Murveit, J. Mankoski, Jan M. Rabaey, Robert W. Brodersen, T. Stoelzle, D. Chen, Shankar Narayanaswamy, R. Yu, P. Schrupp, R. Schwartz, A. Santos. 789-792 [doi]
• Speaker-independent isolated-word recognition LSISatoshi Miki, Kiyoshi Intoh. 793-796 [doi]
• A transputer based speech recognition systemN. T. Condick, D. T. Chalmers. 797-800 [doi]
• Implementation of a hidden Markov model-based layered grammar recognizerBasavaraj I. Pawate, George R. Doddington. 801-804 [doi]
• Design and implementation of a formant speech synthesiser ASICClive D. Summerfield, Marwan A. Jabri. 805-808 [doi]
• Parallelism and the transputer in the automatic translation of text to speechK. Mervyn Curtis, P. Race, A. Abdul Aziz. 809-811 [doi]
• Vector median filters for complex signalKai Öistämö, Petri Jarske, Jaakko Astola, Yrjö Neuvo. 813-816 [doi]
• Efficient computation of aliasing noise in down-sampling filtersMaureen P. Quirk. 817-820 [doi]
• A double-objective differential correction algorithm for IIR transfer function designGuido M. Cortelazzo, Simone Carmignato, Gian Antonio Mian. 821-824 [doi]
• A new design technique for maximally linear differentiatorsGregory W. Medlin, John W. Adams. 825-828 [doi]
• A generalised design method for orthogonal IIR lattice filtersRoy Chapman, M. A. Rahman. 829-832 [doi]
• On lossless digital 2×2 transfer functions that can be implemented with allpass transfer functionsMax Gerken. 833-836 [doi]
• Issues in the design of digital Nyquist filtersMarina Mondin, Ezio Biglieri. 837-840 [doi]
• Complex wave digital networks using complex port referencesGordon B. Scarth, Gert O. Martens. 841-844 [doi]
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• An object oriented approach for object recognition and classificationVito Cappellini, Alberto Del Bimbo, Alessandro Mecocci. 1723-1726 [doi]
• Template matching with a MIMD computerJ. M. Jansen, F. W. Sijstermans. 1727-1730 [doi]
• Sliding block entropy coding of imagesRobert A. Cohen, John W. Woods. 1731-1734 [doi]
• Pruned tree-structured vector quantization in image codingEve A. Riskin, Elizabeth M. Daly, Robert M. Gray. 1735-1738 [doi]
• Interframe hierarchical vector quantizationNasser M. Nasrabadi, Shihkuan E. Lin, Yushu Feng. 1739-1742 [doi]
• Lattice vector quantization for image codingDae-Gwon Jeong, Jerry D. Gibson. 1743-1746 [doi]
• 1 distortion measure and its variantsV. John Mathews, Mehrdji Khorchidian. 1745-1750 [doi]
• Upper bits separation coding of images using vector quantizationShuitsu Matsumura. 1751-1754 [doi]
• A dynamic address-vector quantization algorithm based on inter-block and inter-color correlation for color image codingYushu Feng, Nasser M. Nasrabadi. 1755-1758 [doi]
• Vector quantization codebook generation using simulated annealingJ. Kelly Flanagan, Darryl Morrell, Richard L. Frost, Christopher J. Read, Brent E. Nelson. 1759-1762 [doi]
• Optimal previsualized image vector quantizationThomas G. Stockham Jr., Zhenhua Xie. 1763-1766 [doi]
• A radius-bucketing approach to fast vector quantization encodingA. Madisetti, R. Subramonian, V. Ralph Algazi. 1767-1770 [doi]
• A signal processing perspective to the operational characteristics of perceptron and Hopfield associative memory neural networksM. Ibrahim Sezan, Henry Stark, Shu-Jen Yeh. 1771-1774 [doi]
• Neural network learning paradigms involving nonlinear spectral processingOkan K. Ersoy, Daesik Hong. 1775-1778 [doi]
• A unified approach for hierarchical imaging based on joint hypothesis testing and parameter estimationBadrinath Roysam, Michael I. Miller. 1779-1782 [doi]
• Knowledge-based boundary detection applied to cardiac magnetic resonance image sequencesDoug-Young Suh, Russell M. Mersereau, Robert L. Eisner, Roderic I. Pettigrew. 1783-1786 [doi]
• Image halftoning and reconstruction using a neural networkStefanos D. Kollias, Tu-Chih Tsai, Dimitris Anastassiou. 1787-1790 [doi]
• Machine intelligence applied to radar image understandingAnn Marie Aull, Robert A. Gabel. 1791-1794 [doi]
• An intelligent facial image coding driven by speech and phonemeShigeo Morishima, Kiyoharu Aizawa, Hiroshi Harashima. 1795-1798 [doi]
• Expert pattern recognition assessment of image qualityDaniel J. Tomich, Edmund A. Quincy, Dara Parsavand. 1799-1802 [doi]
• A knowledge-based system for seismological signal understandingVito Roberto, Claudio Chiaruttini. 1803-1806 [doi]
• Knowledge based parallel recognition of handwritten alphanumericsH. B. Zhou, B. Z. Yuan. 1807-1810 [doi]
• Progressive transmission of images using subband codingPeter H. Westerink, Jan Biemond, Dick E. Boekee. 1811-1814 [doi]
• A psychophysically justified bit allocation algorithm for subband image coding systemsMichael G. Perkins, Tom D. Lookabaugh. 1815-1818 [doi]
• Differential sub-band coding of video signalsHamid Gharavi. 1819-1821 [doi]
• Directional subband coding of imagesHaibo Li, Zhenya He. 1823-1826 [doi]
• Improved transform coding [imaging coding]Kofi Mensa-Ababio. 1827-1830 [doi]
• Discrete cosine transform-classified VQ technique for image codingJong Won Kim, Sang Uk Lee. 1831-1834 [doi]
• A new adaptive classified transform coding method [image coding]Wen-Jun Zhang, Song-Yu Yu, Hong-Bin Chen. 1835-1837 [doi]
• An image coding algorithm based on a class of doubly stochastic image modelsXiancheng Yuan, Vinay K. Ingle. 1838-1841 [doi]
• Encoding the location of spectral coefficients using quadtrees in transform image compressionAtilla Baskurt, Robert Goutte. 1842-1845 [doi]
• Digital representation and storage of high quality color images by anisotropic enhancement and subsamplingV. Ralph Algazi, Glyn Ford, E. Hildum. 1846-1849 [doi]
• A medical axis transform algorithm for compression and vectorization of document imagesJonathan W. Brandt, Anil K. Jain 0001. 1850-1853 [doi]
• Adaptive transform coding via quadtree-based variable blocksize DCTCheng-Tie Chen. 1854-1857 [doi]
• Image sequence coding using interframe VDPCM and motion compensationK. S. Thyagarajan, Harry Sanchez. 1858-1861 [doi]
• Discrete Walsh-Hadamard transform vector quantization for motion-compensated frame difference signal codingAli N. Akansu, Manjunatha S. Kadur. 1862-1865 [doi]
• A DSP based videophone for the hearing impaired using valledge processed picturesM. W. Whybray, E. Hanna. 1866-1869 [doi]
• Adaptive vector quantization of video for packet switched networksSudhir S. Dixit, Yushu Feng. 1870-1873 [doi]
• Signature-based search algorithmShabbir A. Khakoo. 1874-1877 [doi]
• A hybrid image coder: adaptive intra-interframe prediction using motion compensationGeorge Tziritas, Jean-Christophe Pesquet. 1878-1881 [doi]
• Image segmentation and motion-adaptive frame interpolation for coding moving sequencesMohsen Soryani, Roger J. Clarke. 1882-1885 [doi]
• Spatial interpolation of interlaced television picturesDennis Martinez, Jae S. Lim. 1886-1889 [doi]
• Classified transform coding of images using vector quantizationYo-Sung Ho, Allen Gersho. 1890-1893 [doi]
• Finite state vector quantization with an interleaved image source designed for reconstruction of lost packetsC. Manikopoulos, H. Sun. 1894-1897 [doi]
• Digital compression and morphological filter image codingBijaoui Albert, Huang Li. 1898-1900 [doi]
• A pel-recursive segmentation and estimation algorithm for motion compensated image sequence codingJohannes N. Driessen, Jan Biemond, Dick E. Boekee. 1901-1904 [doi]
• A lapped-orthogonal-transform based variable bit-rate video coder for packet networksPaul Haskell, Kou-Hu Tzou, T. Russell Hsing. 1905-1908 [doi]
• Image sequence coding by vector quantizationLes Thede, Subhash C. Kwatra. 1909-1912 [doi]
• Image sequence coding at 64 kbps using vector quantization and block matchingSinan Y. Othman, S. G. Wilson. 1913-1916 [doi]
• An interpolative spatial domain technique for coding image sequencesP. J. Cordell, Roger J. Clarke. 1917-1920 [doi]
• Motion compensated 3-dimensional wave-form image codingTorbjörn Kronander. 1921-1924 [doi]
• Original TV coding scheme for 34 Mbit/sJoseph Ronsin. 1925-1928 [doi]
• A 24 bit DSP for motion video codec and software development support systemTokumichi Murakami, Naoto Kinjo, Koh Kamizawa, Toshiaki Shimada. 1929-1932 [doi]
• Primitive-based teleconference image coding techniqueAdnan M. Alattar, Sarah A. Rajala. 1933-1936 [doi]
• A videophone codec for ISDN applicationCumhur Cengiz Evci. 1937-1940 [doi]
• An improved SBC/VQ scheme for color image codingC. S. Kim, Mark J. T. Smith, Russell M. Mersereau. 1941-1944 [doi]
• A perceptually tuned sub-band image coder with image dependent quantization and post-quantization data compressionRobert J. Safranek, James D. Johnston. 1945-1948 [doi]
• Image coding with windowed modulated filter banksJelena Kovacevic, Didier J. Le Gall, Martin Vetterli. 1949-1952 [doi]
• Hexagonal sub-band coding for imagesMahesh Balakrishnan 0002, William A. Pearlman. 1953-1956 [doi]
• Laplacian pyramid encoding: optimum rate and distortion allocationsJorge L. Salinas, Richard L. Baker. 1957-1960 [doi]
• Image coding based on quadtree-structured recursive least-squares approximationPeter Strobach. 1961-1964 [doi]
• Analysis of predictive schemes in pyramidal image codingAlberto Sanz, Carlos Muñoz, Narciso García. 1965-1968 [doi]
• An anisotropic multi-resolution image data compression algorithmM. Todd, R. Wilson. 1969-1972 [doi]
• Adaptive entropy-coded 2-D DPCM encoding of imagesJames W. Modestino, Daniel D. Harrison. 1973-1975 [doi]
• Stereoscopic images disparity for predictive codingHiroyuki Yamaguchi, Yasushi Tatehira, Kenji Akiyama, Yukio Kobayashi. 1976-1979 [doi]
• Multiprocessor implementation of an ATC audio codecB. Bochow, B. Czyrnik. 1981-1984 [doi]
• Speech intelligibility and MTF in non-exponential decay fieldsHiroaki Nomura, Hiroyuki Miyata, Tammo Houtgast. 1985-1988 [doi]
• A general-purpose hearing aid prescription, simulation and testing systemDonald G. Jamieson, Emmet Raftery. 1989-1992 [doi]
• Perceptual transform coding of wideband stereo signalsJames D. Johnston. 1993-1996 [doi]
• Effects of ultrasonic components on perceived tone qualityMasaru Kamada, Kazuo Toraichi. 1997-2000 [doi]
• An analysis of a noise reduction neural networkShinichi Tamura. 2001-2004 [doi]
• Improved noise canceller performance by means of an adaptive arrangement of IIR and FIR filtersC. P. Downing, Francis M. Boland, J. B. Foley. 2005-2008 [doi]
• Specialized physiology-based channels for the detection of articulatory-acoustic events. A preliminary scheme and its performanceZong Liang Wu, Pierre Escudier, Jean-Luc Schwartz. 2013-2016 [doi]
• Measurement and adaptive suppression of acoustic feedback in hearing aidsDiane K. Bustamante, Thomas L. Worrall, Malcolm J. Williamson. 2017-2020 [doi]
• Transform coding of audio signals using correlation between successive transform blocksYannick Mahieux, Jean-Pierre Petit, A. Charbonnier. 2021-2024 [doi]
• The use of time algorithms for the realization of an active sound attenuatorGuy Billoud, Marie-Annick Galland, Michel Sunyach. 2025-2028 [doi]
• Weight vector analysis of an RLMS adaptive filter with on-line auxiliary path modellingLarry J. Eriksson, Mark C. Allie, C. D. Bremigan, J. A. Gilbert. 2029-2032 [doi]
• Iterative design of bandlimited FIR filters with gain constraints for active control of wave propagationJoachim Scheuren. 2033-2036 [doi]
• Active power minimization of a sound source in a reverberant spaceMikio Tohyama, Akira Suzuki, Kiyoshi Sugiyama. 2037-2040 [doi]
• Acoustic echo control for high quality audio teleconferencingHiroshi Yasukawa, Isao Furukawa, Yasuzou Ishiyama. 2041-2044 [doi]
• Statistical properties of high quality stereo signals in the time domainDieter Bauer, Dieter Seitzer. 2045-2048 [doi]
• Digital audio gain control for hearing aidsJ. C. Ventura. 2049-2052 [doi]
• A new analysis/synthesis system of musical signals using Prony's method-application to heavily damped percussive soundsJean Laroche. 2053-2056 [doi]
• DSP based real time implementation of an advanced analysis tool for audio channelsDieter Seitzer, Karl-Heinz Brandenburg, Rolf Kappust, Ernst Eberlein, Heinz Gerhäuser, Stefan Krägeloh, Hartmut Schott. 2057-2060 [doi]
• About Doppler nonlinearities in loudspeakersH. J. Butterweck. 2061-2063 [doi]
• Multiscale statistical signal processingMichèle Basseville, Albert Benveniste. 2065-2068 [doi]
• Harmonic retrieval in the presence of colored noiseAhmed H. Tewfik. 2069-2072 [doi]
• A new method for point power spectrum estimationPeter J. Sherman, Kang-Ning Lou. 2073-2076 [doi]
• Frequency domain description of the tracking capability and disturbance rejection trade-off in recursive identificationSvante Gunnarsson, Lennart Ljung. 2077-2080 [doi]
• Bias analysis of a combined output error-equation error algorithmJohn B. Kenney, Charles E. Rohrs. 2081-2084 [doi]
• Sequential algorithms based on Kullback-Liebler information measure and their application to FIR system identificationEhud Weinstein, Meir Feder. 2085-2088 [doi]
• A new method for measuring the performance of weakly nonlinear systemsHans Wilhelm Schüßler, Y. Dong. 2089-2092 [doi]
• Contributions to time varying spectrum estimation using the instantaneous power spectrum (IPS)Ralph D. Hippenstiel, Paulo M. Oliveira. 2093-2096 [doi]
• Numerical behaviour of Toeplitz solutionsConstantin Papaodysseus, Elias Koukoutsis, George Carayannis. 2097-2100 [doi]
• General order moments in set theoretic estimationPatrick L. Combettes, H. Joel Trussell. 2101-2104 [doi]
• Time-varying filter modelling of the sound field due to a moving source and time-delay estimationJ. S. Lee, Joe K. Hammond. 2105-2108 [doi]
• Source separation using higher order momentsJean-François Cardoso. 2109-2112 [doi]
• Lower bounds on bearing estimation errors of any number of narrowband far-field sourcesHagit Messer, Yael Adar. 2113-2116 [doi]
• Nonlinear system identification and characterizationL. R. Hunt, Darel A. Linebarger, Ronald D. Degroat. 2117-2120 [doi]
• A statistical measure of resolution for modern direction finding methodsDarel A. Linebarger, Ronald D. Degroat. 2121-2123 [doi]
• Statistical performance comparison of MUSIC in element-space and beam-spaceXiao-Liang Xu, Kevin M. Buckley. 2124-2127 [doi]
• Separation of close sinusoids by cross-coupled phase locked loopDov Wulich, Eugene I. Plotkin, M. N. S. Swamy, E. Kashi. 2128-2131 [doi]
• Robust frequency estimationSang-Geun Oh, R. L. Kashyap. 2132-2135 [doi]
• On detection of sinusoids from periodogramsGeorge A. Lampropoulos. 2136-2139 [doi]
• Frequency estimation from phase differencesStephen W. Lang, Bruce R. Musicus. 2140-2143 [doi]
• A divide and conquer approach to least-squares estimation with application to range-difference-based localizationJonathan S. Abel. 2144-2147 [doi]
• Superresolution based on the use of deterministic physical modellingJohn Litva. 2148-2151 [doi]
• A tutorial overview of modern spectral estimationS. Lawrence Marple Jr.. 2152-2157 [doi]
• Smoothness priors multichannel autoregressive time series modelingWill Gersch. 2158-2161 [doi]
• Discrete pole-zero modeling and applicationsAmro El-Jaroudi, John Makhoul. 2162-2165 [doi]
• The potential of QR adaptive filter variables for signal analysisMaurice G. Bellanger. 2166-2169 [doi]
• Signal class estimation using MLMTom W. Parks, Ram G. Shenoy, Nihal I. Wijeyesekera. 2170-2173 [doi]
• The periodogram envelope in parametric and non-parametric spectral estimationMiguel A. Lagunas, Mateo Amengual, Maria E. Forcada. 2174-2177 [doi]
• Higher-order spectrum factorization with applicationsA. Murat Tekalp, A. Tanju Erdem. 2178-2181 [doi]
• A unified approach to modeling multichannel ARMA processesAnanthram Swami, Georgios B. Giannakis, Jerry M. Mendel. 2182-2185 [doi]
• Comparison of two ARMA estimatorsM. Isabel Ribeiro, Josiane Zerubia, José M. F. Moura, Gérard Alengrin. 2186-2189 [doi]
• Least squares null space variational characterization for nonminimum norm solutionsStephen Konyk Jr., Moeness G. Amin, M. G. Lagunas. 2190-2193 [doi]
• Analysis of estimation of signal parameters by linear-prediction at high SNR using matrix approximationDonald W. Tufts, R. J. Vacarro, A. C. Kot. 2194-2197 [doi]
• Fast least squares solution of Vandermonde systems of equationsCédric Demeure, Louis L. Scharf. 2198-2210 [doi]
• Structured maximum likelihood autoregressive parameter estimationSalvatore D. Morgera, Bernard Armour. 2202-2205 [doi]
• Non-stationary signal spectrum analysis improving maximum entropy estimation errorYumi Takizawa, Atsushi Fukasawa. 2206-2209 [doi]
• Estimating the frequencies of sinusoids at low signal to noise ratios using the principal component method in tandem with the Burg algorithmSathyanarayan S. Rao, K. R. Raghavan. 2210-2213 [doi]
• Sensitivity of structures for the identification of linear systems from impulse response dataVictor E. DeBrunner, A. A. (Louis) Beex. 2214-2217 [doi]
• Separable estimation of discrete and continuous spectra of signal with mixed spectrumHiroyuki Tsuji, Akira Sano. 2218-2221 [doi]
• A resolution comparison of several time-frequency representationsDouglas L. Jones, Thomas W. Parks. 2222-2225 [doi]
• Window length selection for smoothing the Wigner distribution by applying an adaptive filter techniqueShubha Kadambe, Gloria Faye Boudreaux-Bartels, Patrick Duvaut. 2226-2229 [doi]
• Elimination of cross-components of the discrete pseudo Wigner distribution via image processingMingui Sun, C.-C. Li, Laligam N. Sekhar, Robert J. Sclabassi. 2231-2233 [doi]
• Parallel time-frequency analysisAngus Andrews. 2234-2237 [doi]
• Standard deviation of instantaneous frequencyLeon Cohen, Chongmoon Lee. 2238-2241 [doi]
• Transient analysis of speech signals using the Wigner time-frequency representationEdgar F. Velez, Richard G. Absher. 2242-2245 [doi]
• Improving monitoring of PWR electrical power plants `in core' instrumentation with time-frequency signal analysisPatrick Flandrin, Dominique Garreau, Claude Puyal. 2246-2249 [doi]
• Analysis of a modified Suzuki fading channel modelA. Krantzik, D. Wolf. 2250-2253 [doi]
• A simple frequency rate estimatorPetar M. Djuric, Steven M. Kay. 2254-2257 [doi]
• The decision controlled adaptive LMS Tauberian deconvolutionLiang Zhang, Zhao-Xiong Wu, Hong-Bin Chen. 2258-2261 [doi]
• A pattern diversity method for multiple coherent source locationYongli Sun, Saleem A. Kassam, Fred Haber, Sumit Roy. 2262-2265 [doi]
• Asymptotic results for sensor array processingBjörn E. Ottersten, Lennart Ljung. 2266-2269 [doi]
• Performance comparisons of the minimum free energy algorithms with the reduced rank modified covariance eigenanalysis algorithmSeth D. Silverstein, S. M. Carroll, Joseph M. Pimbley. 2270-2273 [doi]
• Enumeration of fully correlated signals by modified rank sequencesJohn H. Cozzens, Robert C. DiPietro, Michael J. Sousa. 2274-2277 [doi]
• Cyclic MUSIC algorithms for signal-selective direction estimationStephan V. Schell, Robert A. Calabretta, William A. Gardner, Brian G. Agee. 2278-2281 [doi]
• Frequency estimation using a dynamic programming-type algorithmJianguo Huang, Steven Kay. 2282-2285 [doi]
• Statistical analysis of the Tufts-Kumaresan and principal Hankel components methods for estimating damping factors of single complex exponentialsA. Okhovat, J. R. Cruz. 2286-2289 [doi]
• Simultaneous optimization method of regularization and singular value decomposition in least squares parameter identificationAkira Sano, T. Furuya, Hiroyuki Tsuji, Hiromitsu Ohmori. 2290-2293 [doi]
• Frequency domain accuracy of identified 2-D causal modelsAlf J. Isaksson. 2294-2297 [doi]
• Performance analysis of the MUSIC algorithm in direction finding systemsBülent Baygün, Yalçin Tanik. 2298-2301 [doi]
• Model expansion applied to speech analysis and source locationYves Grenier. 2302-2305 [doi]
• Utilization of digital polyspectral analysis to estimate transfer functions of cubically nonlinear systems with nonGaussian inputsS. W. Nam, Sung Bae Kim, Edward J. Powers. 2306-2309 [doi]
• The role of third order spectrum in maximum likelihood time delay estimation of a random multi-tone signal in noiseDoron Kletter, Hagit Messer. 2310-2313 [doi]
• Algorithms for optimal estimation of the parameters of non-Gaussian processes from high-order momentsBenjamin Friedlander, Boaz Porat. 2314-2317 [doi]
• Computation of cumulants of ARMA processesAnanthram Swami, Jerry M. Mendel. 2318-2321 [doi]
• Polyspectral factorization: necessary and sufficient condition for finite extent cumulant sequencesSohail A. Dianat, M. R. Raghuveer. 2322-2324 [doi]
• Detection and estimation using the third moment matrixA. Lee Swindlehurst, Thomas Kailath. 2325-2328 [doi]
• A partitioned approach to spectral estimationI. Rhodes, A. G. Constantinides. 2329-2332 [doi]
• Fourth-order spectra of mixture processesRoger F. Dwyer. 2333-2336 [doi]
• Analytic performance evaluation of the bicepstrumAthina P. Petropulu, Chrysostomos L. Nikias. 2337-2340 [doi]
• Lattice algorithms applied to the blind deconvolution problemDer-Shan Luo, Andrew E. Yagle. 2341-2344 [doi]
• A deconvolution approach to harmonic signal extrapolationDomingo Docampo-Amoedo, Aníbal R. Figueiras-Vidal. 2345-2348 [doi]
• Deconvolution and nonlinear inverse filtering using a neural networkFilson H. Glanz, W. Thomas Miller III. 2349-2352 [doi]
• Deconvolution in the class of non-stationary repetitive signalsRadomir T. Sokolov, James C. Rogers. 2353-2356 [doi]
• A deconvolution technique based on nonlinear estimation of hidden Markov chainsGiovanni Jacovitti, Alessandro Neri 0001, Gaetano Scarano. 2357-2360 [doi]
• Linear prediction approach to Doppler estimation of radar signals in the presence of ground clutterZoran B. Banjanin, J. R. Cruz, Dusan S. Zrnic. 2361-2364 [doi]
• The role of spectrum estimation in forming high-resolution radar imagesJoseph A. O'Sullivan, Donald L. Snyder, Pierre Moulin. 2365-2367 [doi]
• Adaptive receivers for removing linear and non-linear intersymbol interference by mean of time delay neural nets (AR-TDNN)Ramón García Gómez, Juan Gómez-Mena, Luís Díez del Río. 2368-2371 [doi]
• Adaptive filtering for moving-target-detection in severely inhomogeneous clutterHong Wang, Lujing Cai. 2372-2375 [doi]
• 3-D synthetic aperture radar surveysClaudio Prati. 2376-2379 [doi]
• CORDIC trigonometric function generator for DSPVincent Considine. 2381-2384 [doi]
• A VLSI array CORDIC architectureHassan M. Ahmed, Kin-Ho Fu. 2385-2388 [doi]
• RNS approach to fast dividersGian-Carlo Cardarilli, Roberto Lojacono, Mario Salerno. 2389-2392 [doi]
• A high speed fixed point binary dividerJohn Canaris. 2393-2396 [doi]
• A reconfigurable fault-tolerant systolic signal processorRichard R. Shively, Allen L. Gorin. 2397-2400 [doi]
• An application of systolic array design architecture to switched capacitor filter circuitsR. Raut, B. B. Bhattacharya, S. M. Faruque. 2401-2404 [doi]
• Arithmetic implementation of the Givens QR triarrayRobert W. Stewart, Roy Chapman, Tariq S. Durrani. 2405-2408 [doi]
• Matrix methods for the design and analysis of recurrent algorithms for multi-purpose systolic arraysEric M. Dowling, Fred J. Taylor. 2409-2412 [doi]
• Generic ASIC architecture and synthesis scheme for DSPStewart G. Smith, Ralph W. Morgan. 2413-2416 [doi]
• Algorithm-based fault-tolerant techniques for MVDR beamformingCynthia J. Anfinson, Adam W. Bojanczyk, Franklin T. Luk, Eric K. Torng. 2417-2420 [doi]
• Application of VLSI for image processingRichard C. Jaffe, David S. Johnson, Wen-Tai Lin, Chung-Yin Ho. 2421-2424 [doi]
• Real-time VLSI architecture for a VQ-based high-quality image coding algorithmKamyar Dezhgosha, Mohsin M. Jamali, Subhash C. Kwatra. 2425-2428 [doi]
• TCAD: a 27 MHz 8×8 discrete cosine transform chipJ. C. Carlach, P. Penard, J. L. Sicre. 2429-2432 [doi]
• A single chip VLSI chrominance/luminance separator based on a silicon compilerTakashi Miyazaki, Takao Nishitani, Shinichi Aikoh, Masaki Ishikawa, Takeshi Yoshimura, Kaoru Mitsuhashi, M. Furuichi. 2433-2436 [doi]
• Very high efficiency VLSI chip-pair for full search block matching with fractional precisionKun-Min Yang, Ming-Ting Sun, Lance Wu, I-Fei G. Chuang. 2437-2440 [doi]
• Two-level pipeline design for image resamplingChein-Wei Jen, Chi-Min Liu. 2441-2444 [doi]
• Two-dimensional FIR filter architectures based on NTTU. Kleine, E. De Man. 2445-2448 [doi]
• A bit-level systolic architecture for very high performance IIR filtersSimon C. Knowles, John G. McWhirter, Roger F. Woods, John V. McCanny. 2449-2452 [doi]
• A versatile and powerful chip for real-time motion estimationA. Artieri, Francis Jutand. 2453-2456 [doi]
• VLSI architectures for block matching algorithmsThomas Komarek, Peter Pirsch. 2457-2460 [doi]
• Recent developments in parallel processingJ. B. G. Roberts. 2461-2467 [doi]
• Algorithms and architecture of a VLSI signal processor for ANSI standard ISDN transceiverTaiho Koh, Oscar E. Agazzi, S. S. Haider, R. W. Walden, Daniel R. Cassiday, Gene A. Wilson, T. Mariano Lalumia, Christine M. Gerveshi, M. R. Dwarakanath, J. Kumar, Ronald E. Crochiere, R. F. Shaw, R. A. Wilson III, W. R. McDonald, N. L. Gottfried, N. S. Ramesh, M. L. Heisakanen, R. B. Blake Jr.. 2468-2471 [doi]
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• VLSI design of dynamically reconfigurable array processor-DRAPSayfe Kiaei, Jaisimha K. Durgam. 2484-2488 [doi]
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• VLSI implementation of a pel-by-pel motion estimatorVittorio Rampa, Neviano Dal Degan, Alessandro Balboni. 2573-2576 [doi]
• A systolic MUSIC system for VLSI implementationWilliam Robertson 0001, William J. Phillips. 2577-2580 [doi]
• A residue number system reduced instruction set computer (RISC) conceptMichael F. Griffin, Fred J. Taylor. 2581-2584 [doi]
• An efficient systolic array VLSI cell architecture for the implementation of transversal filter based on the quadratic residue number systemsRamasamy Krishnan. 2585-2588 [doi]
• Implementation considerations for a doubly-steered, coherently-focussed high-resolution broadband beamformer for source location estimationDavid N. Swingler, Robert S. Walker, Jeffrey L. Krolik. 2589-2592 [doi]
• Large aperture matched field processing via subaperture beamforming techniquesHenry Cox, Robert M. Zeskind, Matthew Myers. 2593-2596 [doi]
• Adaptive beamforming as an inverse problemVictor Barroso, José M. F. Moura. 2597-2600 [doi]
• Approximated stochastic realization and model reduction methods applied to array processing by means of state space modelsJean-Pierre Le Cadre, Patrice Ravazzola. 2601-2604 [doi]
• MUSIC, maximum likelihood and Cramér-Rao bound: further results and comparisonsPetre Stoica, Arye Nehorai. 2605-2608 [doi]
• Direction of arrival estimation in the presence of noise with unknown, arbitrary covariance matricesJames P. Reilly, Kon Max Wong, P. M. Reilly. 2609-2612 [doi]
• Min-norm linear prediction for arbitrary sensor arraysFu Li, Richard J. Vaccaro, Donald W. Tufts. 2613-2616 [doi]
• Signal enhancement approach for high resolution of multiple broadband incoherent sourcesYoung-Soo Kim, James A. Cadzow, Han-kyu Park. 2617-2620 [doi]
• On combining the eigenstructure-based and model-based approaches in direction of arrival estimation problemsEhoud Haberman, Lloyd J. Griffiths. 2621-2624 [doi]
• Resolving narrowband coherent paths with non-uniform arraysMaria-João D. Rendas, José M. F. Moura. 2625-2628 [doi]
• Sensitivity of range localization in a multipath environmentJosé M. F. Moura, Maria-João D. Rendas. 2629-2632 [doi]
• Exact maximum likelihood time delay estimationBenoît Champagne, Moshe Eizenman, Subbarayan Pasupathy. 2633-2636 [doi]
• A robust incoherent matched field processor for source localization in uncertain multipath fieldsJeffrey L. Krolik, Jim Lynch, David N. Swingler. 2637-2640 [doi]
• Error intensity measures for multi-parameter tracking and passive bearing estimationJoongkyu Kim, Alfred O. Hero III. 2641-2644 [doi]
• Target motion analysis with bearings and frequencies measurements via instrumental variable estimator [passive sonar]Jean-Michel Passerieux, Denis Pillon, Pierre Blanc-Benon, Claude Jauffret. 2645-2648 [doi]
• Near field three dimensional time delay and Doppler target motion analysisY. Chocheyras. 2649-2652 [doi]
• Source localization from multiple independent observablesG. W. Johnson, E. J. Modugno. 2653-2656 [doi]
• Resolution of overlapping echoes of unknown shapeYoram Bresler, Alexander H. Delaney. 2657-2660 [doi]
• Fundamental limitations to broadband time delay resolution for two sensorsJohn P. Ianniello, Miriam Hamilton. 2661-2664 [doi]
• Spatial and spectral parameter estimation of multiple source signalsMordechai Segal, Ehud Weinstein. 2665-2668 [doi]
• Time-frequency properties of extended quadratic congruential frequency hop signalsJerome R. Bellegarda. 2669-2672 [doi]
• A nonlinear optimum-detection problemT. T. Kadota. 2673-2675 [doi]
• Signal detection in a multiple time delay environmentIsabel M. G. Lourtie, G. Clifford Carter. 2676-2679 [doi]
• Detection of multiple signals by the significance testHerbert Gish, Ronald A. Mucci. 2680-2683 [doi]
• Estimation of the number of signals in the presence of unknown correlated sensor noiseJean-Jacques Fuchs. 2684-2687 [doi]
• Quantization and distributed detectionM. P. Boyer, Bernard Picinbono. 2688-2691 [doi]
• Identification of an underwater target by acoustic inverse scatteringGiorgio Tacconi, Antonio Tiano. 2692-2695 [doi]
• Stability and convergence of probabilistic data association filtersSerge Prosperi. 2696 [doi]
• A simple algorithm for track terminationMagnus Moll. 2700-2703 [doi]
• Performance of normalized matched filtersMichel Bouvet. 2704-2707 [doi]
• Use of high resolution methods in time delay estimation for tomographyV. Nimier, Geneviève Jourdain, B. Faure. 2708-2711 [doi]
• Adaptive classification of underwater transientsJean-Pierre Hermand, Philippe Nicolas. 2712-2715 [doi]
• Genetic algorithms for maximum likelihood parameter estimationK. C. Sharman, G. D. McClurkin. 2716-2719 [doi]
• Robust tracking of marginally observable targetsDarryl R. Morrell, Wynn C. Stirling. 2720-2723 [doi]
• Target motion analysis using time delays measured from a nonlinear arrayD. Van Cappel. 2724-2727 [doi]
• Non-parametric detection in underwater environmentsPamela A. Nielsen, John B. Thomas. 2728-2731 [doi]
• Performance of large distributed detection networks and the sign detectorAmy R. Reibman. 2732-2735 [doi]
• Non-stationary time delay estimation with a multipathYiu-Tong Chan, Pak-Chung Ching. 2736-2739 [doi]
• A novel approach for robust adaptive beamformingJu-Hong Lee, Jen-Fu Wu. 2740-2743 [doi]
• Inter array multi-tracks associationIsabelle Guelle, Denis Pillon. 2744-2747 [doi]
• Acoustical imaging and far-field estimation of the noise radiated by a moving source using a linear arrayJean-Louis Berrou, Christine Debaillon-Vesque. 2748-2751 [doi]
• Spatial filtering approach to the direction of arrival estimation in a multipath environmentAlireza Moghaddamjoo. 2752-2755 [doi]
• Source localization using a distorted antennaSylvie Marcos, Jacques Munier. 2756-2759 [doi]
• Statistical performance analysis of the minimum-norm methodBhaskar D. Rao, K. V. S. Hari. 2760-2763 [doi]
• New simple implementation of the coherent signal subspace method for wide band direction of arrival estimationHenri Clergeot, Olivier Michel. 2764-2767 [doi]
• Two-dimensional binary arrays with constant sidelobe in their PACFLeopold Bömer, Markus Antweiler. 2768-2771 [doi]
• Time-domain coherent signal-subspace wideband direction-of-arrival estimationS. Sivanand, Jar-Fen Yang, Mostafa Kaveh. 2772-2775 [doi]
• Adaptive broadband beamforming: an integral nulling approachByong-Kun Chang, Nasir Ahmed. 2776-2778 [doi]
• Estimation of direction-of-arrival using spatially large sparse arrayDong-Chang Shiue, James A. Cadzow, George R. Davis. 2779-2782 [doi]
• Optimal Toeplitzification with a given rank constraintPhilippe Forster, Georges Vezzosi. 2783-2786 [doi]
• Coherence effects on the detection performance of quadratic array processors, with applications to large-array matched-field beamformingDennis R. Morgan, Thomas M. Smith. 2787-2790 [doi]
• Comparison of resolving power of array processing methods by using an analytical criterionP. Germain, Alain Maguer, Laurent Kopp. 2791-2794 [doi]
• A suboptimal, low cost maximum likelihood algorithmDavid R. Farrier, R. Mardani. 2795-2798 [doi]
• Coherent wide band high resolution processing for linear arrayGeorges Bienvenu, P. Fuerxer, Georges Vezzosi, Laurent Kopp, F. Florin. 2799-2802 [doi]
• Estimating 2-D angles of arrival via two parallel linear arraysQin-Ye Yin, R. W. Newcomb, Li-He Zou. 2803-2806 [doi]
• Analysis of subspace fitting based methods for sensor array processingBjörn E. Ottersten, Mats Viberg. 2807-2810 [doi]
• A sensitivity analysis of the MUSIC algorithmBenjamin Friedlander. 2811-2814 [doi]
• Detection of targets in presence of strong jammers by adaptive beamformingAlain Maguer. 2815-2818 [doi]
• On a systolic implementation and the numerical properties of a multiple constrained adaptive beamformerBin Yang 0009, Johann F. Böhme. 2819-2822 [doi]
• Bearing estimation accuracy with a synthetic apertureJohn W. Fau, Joseph J. Wolcin. 2823-2825 [doi]
• Optimal linear-quadratic array for detectionPascal Chevalier 0001, Bernard Picinbono. 2826-2829 [doi]
• Narrowband array processing algorithms for arbitrary noise distributionsDouglas B. Williams, Don H. Johnson. 2830-2833 [doi]