Table of Contents

• Neural nets for computingRichard P. Lippmann. 1-6 [doi]
• Hidden Markov models: a guided tourAlan B. Poritz. 7-13 [doi]
• Application of digital signal processing in professional audioP. Jeffrey Bloom. 14-19 [doi]
• Decoder selection based on cross-entropiesP. S. Gopalakrishnan, Dimitri Kanevsky, Arthur Nádas, David Nahamoo, Michael A. Picheny. 20-23 [doi]
• On the relations between modeling approaches for information sources [speech recognition]Yariv Ephraim, Lawrence R. Rabiner. 24-27 [doi]
• Application of the Gibbs distribution to hidden Markov modeling in isolated word recognitionYunxin Zhao, Les Atlas, Xinhua Zhuang. 28-31 [doi]
• A speaker-independent isolated-word recognizer based on polynomial classifiersHarald Katterfeldt. 32-35 [doi]
• A family of distortion measures based upon projection operation for robust speech recognitionDavid Mansour, Biing-Hwang Juang. 36-39 [doi]
• Speech recognition with continuous-parameter hidden Markov modelsLalit R. Bahl, Peter F. Brown, Peter V. de Souza, Robert L. Mercer. 40-43 [doi]
• A neural network for isolated-word recognitionBernard Gold, Richard P. Lippmann. 44-47 [doi]
• Discriminant clustering using an HMM isolated-word recognizerRichard P. Lippmann, Edward A. Martin. 48-51 [doi]
• Dynamic adaptation of Hidden Markov models for robust isolated-word speech recognitionEdward A. Martin, Richard P. Lippmann, Douglas B. Paul. 52-54 [doi]
• Isolated word recognition over the DDD telephone network. Results of two extensive field studiesJay G. Wilpon, D. M. DeMarco, R. P. Mikkilineni. 55-58 [doi]
• A connectionist model for consonant-vowel syllable recognitionM. L. Rossen, Les T. Niles, Gary N. Tajchman, Marcia A. Bush, J. A. Anderson, Sheila E. Blumstein. 59-62 [doi]
• Speech signal detection at the output of a cochlear modelBenjamin Monderer, Aurel A. Lazar. 63-66 [doi]
• A multi-step excited model for speech parameter trajectoriesAlvaro De Lima-Veiga, Yves Grenier. 67-70 [doi]
• Psychoacoustically based scalar quantization of the LPC polesAdoram Erell, Yaakov Orgad, Julius L. Goldstein. 71-74 [doi]
• Improved speech recognition using a reduced auditory representationSteve W. Beet, H. E. G. Powrie, Roger K. Moore, Michael J. Tomlinson. 75-78 [doi]
• A linear filter for time scaling of speechMohamad K. Asi, Bahaa E. A. Saleh. 79-82 [doi]
• Multi-frame approach for parameter estimation of a physiological model of speech productionJuergen Schroeter, Jerry N. Larar, M. Mohan Sondhi. 83-86 [doi]
• Information theoretic factorization of speaker and language in hidden Markov models, with application to speaker recognitionNaftali Tishby. 87-90 [doi]
• Auditory neural feedback as a basis for speech processingOded Ghitza. 91-94 [doi]
• On a general time-varying model for speech signalsYi-Teh Lee, Harvey F. Silverman. 95-98 [doi]
• A neural net approach to speech recognitionWilliam Huang, Richard Lippmann, Ben Gold. 99-102 [doi]
• Use of neural networks for the recognition of place of articulationYoshua Bengio, Renato de Mori. 103-106 [doi]
• Phoneme recognition: neural networks vs. hidden Markov modelsAlex Waibel, Toshiyuki Hanazawa, Geoffrey E. Hinton, Kiyohiro Shikano, Kevin J. Lang. 107-110 [doi]
• Phonetic recognition using hidden Markov models and maximum mutual information trainingBernard Mérialdo. 111-114 [doi]
• High performance connected digit recognition, using hidden Markov modelsLawrence R. Rabiner, Jay G. Wilpon, Frank K. Soong. 119-122 [doi]
• Large-vocabulary speaker-independent continuous speech recognition using HMMKai-Fu Lee, Hsiao-Wuen Hon. 123-126 [doi]
• Stochastic segment modelling using the estimate-maximize algorithm [speech recognition]Salim E. Roucos, Mari Ostendorf, Herbert Gish, Alan Derr. 127-130 [doi]
• Improved speaker adaptation using text dependent spectral mappingsMing-Whei Feng, Francis Kubala, Richard M. Schwartz, John Makhoul. 131-134 [doi]
• Lexical stress recognition using hidden Markov modelsGhassan J. Freij, Frank Fallside. 135-138 [doi]
• On the application of spectrum target prediction model to speech recognitionMasato Akagi, Yoh'ichi Tohkura. 139-142 [doi]
• Rule-based speech analysis and application to CELP codingMaurizio Copperi. 143-146 [doi]
• Synthesis filter optimization and coding: Applications to CELP [speech analysis]Peter Kabal, J. L. Moncet, C.-C. Chu. 147-150 [doi]
• Strategies for improving the performance of CELP coders at low bit rates [speech analysis]Peter Kroon, Bishnu S. Atal. 151-154 [doi]
• Improved speech quality and efficient vector quantization in SELPW. Bastiaan Kleijn, Daniel J. Krasinski, Richard H. Ketchum. 155-158 [doi]
• CELP base-band coder for high quality speech coding at 9.6 to 2.4 kbpsAhmet M. Kondoz, Barry G. Evans. 159-162 [doi]
• Multiple-stage vector excitation coding of speech waveformsGrant A. Davidson, Allen Gersho. 163-166 [doi]
• High-quality vector adaptive transform coding at 4.8 kb/sLuis A. Hernández Gómez, Francisco Javier Casajús-Quirós, Ramón García Gómez. 167-170 [doi]
• Modelling LPC-residue by components for good quality speech codingT. V. Sreenivas. 171-174 [doi]
• 2.4 kbps pitch prediction multi-pulse speech codingShigeru Ono, Kazunori Ozawa. 175-178 [doi]
• A large vocabulary word recognition system based on syllable recognition and nonlinear word matchingHiroshi Matsu'ura, Tsuneo Nitta, Shoichi Hirai, Yoichi Takebayashi, Hiroyuki Tsuboi, Hiroshi Kanazawa. 183-186 [doi]
• New speech recognition approaches based upon finite state vector quantization with structural constraintsPei-Yih Ting, Chiu-yu Tseng, Lin-Shan Lee. 187-190 [doi]
• Speech recognition with high recognition rate by smoothed space pseudo Wigner-Ville distribution (SSPWD) and overlap slide window spectrum methodsShang-Chin Chen, Xue Yang. 191-194 [doi]
• A new technique for speaker-independent isolated word recognitionMohsen A. Rashwan, Moustafa M. Fahmy. 195-198 [doi]
• Speaker-independent word recognition using dynamic programming matching with statistic time warping costTakao Watanabe. 199-202 [doi]
• Very large vocabulary isolated utterance recognition: a comparison between one pass and two pass strategiesL. Fissore, Pietro Laface, Giorgio Micca, Roberto Pieraccini. 203-206 [doi]
• Speaker adaptation method for HMM-based speech recognitionMasafumi Nishimura, Kazuhide Sugawara. 207-210 [doi]
• A large vocabulary word recognition system using rule-based network representation of acoustic characteristic variationsSatoru Hayamizu, Kazuyo Tanaka, Kozo Ohta. 211-214 [doi]
• Speaker dependent and independent speech recognition experiments with an auditory modelMelvyn J. Hunt, Claude Lefèbvre. 215-218 [doi]
• Optimization of perceptually-based ASR front-end [automatic speech recognition]Hynek Hermansky, Jean-Claude Junqua. 219-222 [doi]
• Spectral movement function and its application to speech recognitionKiyoaki Aikawa, Sadaoki Furui. 223-226 [doi]
• Speech codec for the European mobile radio systemPeter Vary, Karl Hellwig, Rudolf Hofmann, Robert J. Sluyter, Claude R. Galand, Michele M. Rosso. 227-230 [doi]
• Medium band speech coding for mobile radio communicationsI. Lecomte, M. Lever, L. Lelièvre, M. Delprat, Alain Tassy. 231-234 [doi]
• A sub-band coder designed for combined source and channel coding [speech coding]Richard V. Cox, Joachim Hagenauer, Nambi Seshadri, Carl-Erik W. Sundberg. 235-238 [doi]
• Impact of noise and encoder/decoder mistracking on ADPCM system performanceHenri G. Suyderhoud, Spiros Dimolitsas. 239-242 [doi]
• A low delay 16 kbits/sec speech coderVasu Iyengar, Peter Kabal. 243-246 [doi]
• Predictive trellis coded quantization of speechMichael W. Marcellin, Thomas R. Fischer, Jerry D. Gibson. 247-250 [doi]
• Backward adaptive tree coding of speech at 16 kbpsJerry D. Gibson, Greg B. Haschke. 251-254 [doi]
• Decision trees for vector quantizer codebook searchingNader Moayeri, David L. Neuhoff. 255-258 [doi]
• An 8 kbps TC-MQ (time domain compression ADPCM-MQ) speech codecFumio Amano, Kohei Iseda, Koji Okazaki, Shigeyuki Unagami. 259-262 [doi]
• Experiments with a high quality, low complexity 4800 bps residual excited LPC (RELP) vocoderBruce Fette, Wilburn Clark, Cynthia Jaskie, Michelle Tugenberg, William Yip. 263-266 [doi]
• Statistical language modeling using a small corpus from an application domainJan Robin Rohlicek, Yen-Lu Chow, Salim E. Roucos. 267-270 [doi]
• Syntactic analysis for large vocabulary speech recognition using a context-free covering grammarLaura G. Miller, Stephen E. Levinson. 271-274 [doi]
• Parsing spoken phrases despite missing wordsWayne H. Ward, Alexander G. Hauptmann, Richard M. Stern, Thomas Chanak. 275-278 [doi]
• Interaction between fast lexical access and word verification in large vocabulary continuous speech recognitionL. Fissore, Pietro Laface, Giorgio Micca, Roberto Pieraccini. 279-282 [doi]
• Speaker stress-resistant continuous speech recognitionDouglas B. Paul, Edward A. Martin. 283-286 [doi]
• Selection of optimal features for phoneme recognition in different phonetic environmentsArnon Cohen, Dan E. Tamir. 287-290 [doi]
• Continuous speech recognition results of the BYBLOS system on the DARPA 1000-word resource management databaseFrancis Kubala, Yen-Lu Chow, Alan Derr, Ming-Whei Feng, Owen Kimball, John Makhoul, Patti Price, Jan Robin Rohlicek, Salim E. Roucos, Richard M. Schwartz, Jeffrey Vandegrift. 291-294 [doi]
• Parallel level-building on a tree machine [speech recognition]Allen L. Gorin, David B. Roe. 295-298 [doi]
• An event-synchronous signal processing system for connected-speech recognitionDavid P. Morgan, Harvey F. Silverman. 299-302 [doi]
• A versatile speaker-dependant continuous speech understanding systemD. Bigorgne, Alain Cozannet, Marc Guyomard, Guy Mercier, Laurent Miclet, M. Querre, Jacques Siroux. 303-306 [doi]
• Formant tracking with quasilinearizationGerhard Rigoll. 306-310 [doi]
• On short-time cepstra of voiced speechWerner Verhelst, Oscar Steenhaut. 311-314 [doi]
• Joint solutions for formant and pitch predictors in speech processingPeter Kabal, Ravi P. Ramachandran. 315-318 [doi]
• Reconstruction of Arabic long vowels using time varying linear prediction techniqueMohamed Najim, M. Salhi, Driss Aboutajdine, A. Rajouani, M. Zyoute. 319-322 [doi]
• An analysis-synthesis hidden Markov model of speechEric P. Farges, Mark A. Clements. 323-326 [doi]
• Event-based multiple-resolution analysis of speech signalsToomas Altosaar, Matti Karjalainen. 327-330 [doi]
• Acoustic-phonetic analysis of loud and Lombard speech in simulated cockpit conditionsBill J. Stanton, Leah H. Jamieson, George D. Allen. 331-334 [doi]
• p approach to speech codingJames L. Lansford, Rao K. Yarlagadda. 335-338 [doi]
• Phase compensation in all-pole speech analysisPer Hedelin. 339-342 [doi]
• Adaptive speech modification by spectral warpingVladimir Goncharoff, Suresh Chandran. 343-346 [doi]
• Continuously adaptive linear predictive coding of speechJerome R. Bellegarda, David C. Farden. 347-350 [doi]
• Decomposition of the speech signal into short-time waveforms using spectral segmentationChristophe d'Alessandro, Jean-Sylvain Liénard. 351-354 [doi]
• On estimating rate of change of pitchEdward P. Neuburg. 355-357 [doi]
• The spectral autocorrelation applied to the linear prediction residual of speech for robust pitch detectionEdward H. S. Chilton, Barry G. Evans. 358-361 [doi]
• A geometric approach to real time pitch detectionT. D. Nguyen, James B. Ferguson III, T. W. McNamara. 362-365 [doi]
• A robust pitch boundary detectorC. S. Chen, Jing Yuan. 366-369 [doi]
• Computationally efficient sine-wave synthesis and its application to sinusoidal transform codingRobert J. McAulay, Thomas F. Quatieri. 370-373 [doi]
• A 4.8 kbps multi-band excitation speech coderJohn C. Hardwick, Jae S. Lim. 374-377 [doi]
• Parametric models of the magnitude/phase spectrum for harmonic speech codingDavid L. Thomson. 378-381 [doi]
• Quantization issues in harmonic coders [speech coding]Isabel Trancoso, Joaquim S. Rodrigues, Luís B. Almeida, Jorge S. Marques, António Joaquim Serralheiro, Diana Santos, José M. Tribolet. 382-385 [doi]
• Hardware implementation of a 16 kbps subband coder using vector quantizationSchuyler Quackenbush. 386-389 [doi]
• Analysis of the self-excited subband coder: a new approach to medium band speech codingKambiz Nayebi, Thomas P. Barnwell III, Mark J. T. Smith. 390-393 [doi]
• Optimal quantization of LSP parameters [speech coding]Frank K. Soong, Bling-Hwang Juang. 394-397 [doi]
• Quantizer design in LSP speech analysis and synthesisNoboru Sugamura, Nariman Farvardin. 398-401 [doi]
• Encoding of LPC spectral parameters using switched-adaptive interframe vector prediction [speech coding]Mei Yong, Grant A. Davidson, Allen Gersho. 402-405 [doi]
• Multiply occupied cells [speech codecs]James D. Mills, James L. Melsa. 406-409 [doi]
• A network-based frame-synchronous level building algorithm for connected word recognitionChin-Hui Lee, Lawrence R. Rabiner. 410-413 [doi]
• Experimental results on large-vocabulary continuous speech recognition and understandingL. Fissore, Egidio P. Giachin, Pietro Laface, Giorgio Micca, Roberto Pieraccini, Claudio Rullent. 414-417 [doi]
• Learning spectral-temporal dependencies using connectionist networksDavid Lubensky. 418-421 [doi]
• Some phonetic recognition experiments using artificial neural netsHong C. Leung, Victor W. Zue. 422-425 [doi]
• Unstable connectionist networks in speech recognitionRichard Rohwer, Stephen Renals, Mark Terry. 426-428 [doi]
• Multi-level acoustic segmentation of continuous speechJames R. Glass, Victor W. Zue. 429-432 [doi]
• A procedure to generate training sequences for a connected word recognizer using the segmental k-means training algorithmR. P. Mikkilineni, Jay G. Wilpon, Lawrence R. Rabiner. 433-436 [doi]
• Phoneme modelling using continuous mixture densitiesHermann Ney, Andreas Noll. 437-440 [doi]
• Speech recognition in VODIS IIS. J. Young, N. H. Russell, J. H. S. Thornton. 441-444 [doi]
• Temporal decomposition and acoustic-phonetic decoding of speechFrédéric Bimbot, Gérard Chollet, Paul Deléglise, Claude Montacié. 445-448 [doi]
• Broad class network generation using a combination of rules and statistics for speaker independent continuous speechBenjamin Chigier, Robert A. Brennan. 449-452 [doi]
• Segmentation and broad classification of continuous speechRonald A. Cole, Lily Hou. 453-456 [doi]
• Evaluating the performance of connected-word speech recognition systemsMelvyn J. Hunt. 457-460 [doi]
• Transient part recognition for continuous speech using transition spottingDominique Vicard. 461-464 [doi]
• Automatic speech recognition using acoustic sub-words and no time alignmentV. Ralph Algazi, Kathy L. Brown. 465-468 [doi]
• An unanchored matching algorithm for lexical accessAlexander I. Rudnicky, Zongge Li, Joseph Polifroni, Eric H. Thayer, Julia L. Gale. 469-472 [doi]
• Connected sentence recognition using diphone-like templatesA. E. Rosenberg. 473-476 [doi]
• Frame compression in hidden Markov modelsS. C. Austin, Frank Fallside. 477-480 [doi]
• Noise compensation algorithms for use with hidden Markov model based speech recognitionAndrew Varga, Roger K. Moore, John S. Bridle, Keith Ponting, Martin J. Russel. 481-484 [doi]
• A study of line spectrum pair frequencies for speech recognitionKuldip K. Paliwal. 485-488 [doi]
• Obtaining candidate words by polling in a large vocabulary speech recognition systemLalit R. Bahl, Raimo Bakis, Peter V. de Souza, Robert L. Mercer. 489-492 [doi]
• A new algorithm for the estimation of hidden Markov model parametersLalit R. Bahl, Peter F. Brown, Peter V. de Souza, Robert L. Mercer. 493-497 [doi]
• Acoustic Markov models used in the Tangora speech recognition systemLalit R. Bahl, Peter F. Brown, Peter V. de Souza, Robert L. Mercer, Michael A. Picheny. 497-500 [doi]
• A segment model based approach to speech recognitionChin-Hui Lee, Frank K. Soong, Biing-Hwang Juang. 501-541 [doi]
• Large vocabulary speech recognition using a hidden Markov model for acoustic/phonetic classificationStephen E. Levinson, Andrej Ljolje, Laura G. Miller. 505-508 [doi]
• Modeling acoustic-phonetic detail in an HMM-based large vocabulary speech recognizerLi Deng, Matthew Lennig, Vishwa Gupta, Paul Mermelstein. 509-512 [doi]
• Three probabilistic language models for a large-vocabulary speech recognizerPierre Dumouchel, Vishwa Gupta, Matthew Lennig, Paul Mermelstein. 513-516 [doi]
• Speech recognition using noise-adaptive prototypesArthur Nádas, David Nahamoo, Michael A. Picheny. 517-520 [doi]
• Adaptive labeling: normalization of speech by adaptive transformations based on vector quantizationArthur Nádas, David Nahamoo, Michael A. Picheny. 521-524 [doi]
• The short-time modified coherence representation and its application for noisy speech recognitionDavid Mansour, Biing-Hwang Juang. 525-528 [doi]
• Enhancing the performance of speech recognition with echo cancellationJoseph Picone, M. A. Johnson, Walter T. Hartwell. 529-532 [doi]
• On the application of hidden Markov models for enhancing noisy speechYariv Ephraim, David Malah, Biing-Hwang Juang. 533-536 [doi]
• Automated two speaker separation systemK. Min, D. Chien, S. Li, C. Jones. 537-540 [doi]
• Estimation and vector quantization of noisy speechJerry D. Gibson, Thomas R. Fischer, Boneung Koo. 541-544 [doi]
• A multipulse excited pole-zero filtering approach for speech enhancementA-Chuan Hsueh, C. K. Chuang. 545-548 [doi]
• Speech enhancement using vector quantization and a formant distance measureDouglas D. O'Shaughnessy. 549-552 [doi]
• Noise reduction using connectionist modelsShin'ichi Tamura, Alex Waibel. 553-556 [doi]
• A new class of sequential and adaptive algorithms with application to noise cancellationMeir Feder, Ehud Weinstein, Alan V. Oppenheim. 557-560 [doi]
• Constrained iterative speech enhancement with application to automatic speech recognitionJohn H. L. Hansen, Mark A. Clements. 561-564 [doi]
• An approach to co-channel talker interference suppression using a sinusoidal model for speechThomas F. Quatieri, Ronald G. Danisewicz. 565-568 [doi]
• Optimal quantization of noisy sourcesEnder Ayanoglu. 569-572 [doi]
• Frequency warping by dynamic programmingEdward P. Neuburg. 573-575 [doi]
• Frequency-warped spectral distance measures for speaker verification in noiseHideki Noda. 576-579 [doi]
• Text-dependent speaker identification using circular hidden Markov modelsYuan-Cheng Zheng, Bao-Zong Yuan. 580-582 [doi]
• Variants of cepstrum based speaker identity verificationGeorge Velius. 583-586 [doi]
• Computer assisted voice identification system (CAVIS)H. Nakasone, C. Melvin. 587-590 [doi]
• Consistent speaker identification via Wigner smoothing techniquesJoEllen Wilbur, Fred J. Taylor. 591-594 [doi]
• Normalizations and selection of speech segments for speaker recognition scoringKung-Pu Li, Jack E. Porter. 595-598 [doi]
• A TMs32020-based real time, text-independent, automatic speaker verification systemJoseph B. Attili, Michael Savic, Joseph P. Campbell Jr.. 599-602 [doi]
• Automatic recognition of gender by voiceD. G. Childers, Ke Wu, K. S. Bae, D. M. Hicks. 603-606 [doi]
• Phonetic typewriter for Finnish and JapaneseTeuvo Kohonen, Kari Torkkola, Makoto Shozakai, Jari Kangas, Olli Ventä. 607-610 [doi]
• Automatic alignment of speech with phonetic transcriptions in real timeKari Torkkola. 611-614 [doi]
• Stochastic model of diphone-like segments based on trajectory conceptsP. F. Marteau, Gérard Bailly, M. T. Janot-Giorgetti. 615-618 [doi]
• Speech recognition with the discrete rectangular wave transformD. Y. Kim, B. J. Stanton, Okan K. Ersoy, Leah H. Jamieson. 619-622 [doi]
• Training of lexical models based on DTW-based parameter reestimation algorithmYoshiharu Abe, Kunio Nakajima. 623-626 [doi]
• A specialist society for continuous speech understandingYifan Gong, Jean-Paul Haton. 627-630 [doi]
• A 16 kb/s APC system with adaptive postfilter and evaluation of its performanceD. J. Zarkadis, Barry G. Evans. 631-634 [doi]
• TMS 320C25 based enhanced 32 kbps ADPCM transcoderVijay K. Jain, S. S. Skrzypkowiak, R. B. Heathcock. 635-638 [doi]
• Single chip multi-pulse coder with pitch predictionJuan M. Santos-Suárez. 639-642 [doi]
• Definition of relations in an acoustic phonetic databaseJan P. M. Hendriks, Louis Boves. 643-646 [doi]
• A very large telephone-speech database collected using an automated voice-interactive dialogueP. C. Millar, I. R. Cameron, A. J. Greaves, C. M. McPeake. 647-650 [doi]
• The DARPA 1000-word resource management database for continuous speech recognitionPatti Price, William M. Fisher, Jared Bernstein, David S. Pallett. 651-654 [doi]
• Voice conversion through vector quantizationMasanobu Abe, Satoshi Nakamura 0001, Kiyohiro Shikano, Hisao Kuwabara. 655-658 [doi]
• Automatic generation of synthesis units based on context oriented clusteringShin'ya Nakajima, Hiroshi Hamada. 659-662 [doi]
• Realization of linguistic information in the voice fundamental frequency contour of the spoken JapaneseHiroya Fujisaki, Hisashi Kawai. 663-666 [doi]
• Text-to-speech algorithms based on FFT synthesisFrancis Charpentier, Eric Moulines. 667-670 [doi]
• Speech production modelling with variable glottal reflection coefficientD. M. Brookes, Patrick A. Naylor. 671-674 [doi]
• Word synthesis based on line spectrum pairsStephanie S. Everett. 675-678 [doi]
• Speech synthesis by rule using an optimal selection of non-uniform synthesis unitsYoshinori Sagisaka. 679-682 [doi]
• Extracting speech-rate values from a real-speech databaseW. Nick Campbell. 683-686 [doi]
• A generalized vocal tract model for pole-zero type linear prediction [speech processing]Moon Gi Kang, Byeong Gi Lee. 687-690 [doi]
• A comparative performance evaluation of adaptive ARMA spectral estimation methods for noisy speechAnjan Basu, Kuldip K. Paliwal. 691-694 [doi]
• A comparison of five 16 kbps voice coding algorithmsThomas E. Tremain, John S. Collura. 695-698 [doi]
• A connectionist approach to speech recognition using peripheral auditory modellingMark Terry, Stephen Renals, Richard Rohwer, Jonathan Harrington. 699-702 [doi]
• Speech signal reconstruction based on higher order spectraS. Seetharaman, M. E. Jernigan. 703-706 [doi]
• Sampling schemes for reconstruction of multidimensional signals from multiple level threshold crossingsAvideh Zakhor, Alan V. Oppenheim. 721-724 [doi]
• Phase unwrapping for multidimensional rational and finite-length sequencesDavid G. Long. 725-728 [doi]
• ARMA modeling and phase reconstruction of multidimensional non-Gaussian processes using cumulantsAnanthram Swami, Georgios B. Giannakis. 729-732 [doi]
• High resolution model based 2-D spectrum estimationRichard R. Hansen Jr., Rama Chellappa. 733-736 [doi]
• Multi-dimensional power spectrum estimation using noncausal rational modelsKaxlamangla S. Arun, James V. Krogmeier. 737-740 [doi]
• An efficient maximum entropy technique for 2-D isotropic random fieldsAhmed H. Tewfik, Bernard C. Levy, Alan S. Willsky. 741-744 [doi]
• A nonlinear simplex algorithm for minimum order solutionsRichard M. Leahy, Brian Jeffs, Zhenyu Wu. 745-748 [doi]
• Multidimensional algorithms for VLSI processorsRobert Michael Owens, Mary Jane Irwin. 749-752 [doi]
• Subband coding of color images using finite state vector quantizationChoon-Sung Kim, John Bruder, Mark J. T. Smith, Russell M. Mersereau. 753-756 [doi]
• An optimal bit allocation algorithm for sub-band codingPeter H. Westerink, Jan Biemond, Dick E. Boekee. 757-760 [doi]
• Sub-band coding of digital images using symmetric short kernel filters and arithmetic coding techniquesDidier Le Gall, Ali Tabatabai. 761-764 [doi]
• Image coding based on selective quantization of the reconstruction noise in the dominant sub-bandR. J. Safranek, K. Mackay, N. S. Jayant, T. Kim. 765-768 [doi]
• Tree coding of image sub-bandsSanjiv Nanda, William A. Pearlman. 769-772 [doi]
• Variable block rate and blockwise spectral adaptation in cosine transform image codingWilliam A. Pearlman. 773-776 [doi]
• Transform image coding with a new family of modelsGregory W. Wornell, David H. Staelin. 777-780 [doi]
• Reduction of blocking effects in image coding with a lapped orthogonal transformHenrique S. Malvar, David H. Staelin. 781-784 [doi]
• Interpolative, predictive and pyramid transform coding of color imagesBarry G. Haskell. 785-787 [doi]
• Transform coding of images using directionally adaptive vector quantizationM. Breeuwer. 788-791 [doi]
• Primitives chain code [image analysis]Lawrence O'Gorman. 792-795 [doi]
• Application of multichannel 2-D linear prediction to color image codingHamdy Taha El-Shaer, Charles W. Therrien. 796-799 [doi]
• Low bit-rate image coding using 2-D linear prediction and 2-D stochastic excitationKuldip K. Paliwal. 800-803 [doi]
• Sketch based and context sensitive coding of Laplacian pyramidsJohn M. Vincent. 804-807 [doi]
• An adaptive pyramid image coding systemSebastià Sallent Ribes, Luis Torres-Urgell. 808-811 [doi]
• Pyramid transform coding using vector quantizationLimin Wang, Morris Goldberg. 812-815 [doi]
• Vector quantization of color digital images within a human visual modelScott E. Budge, Thomas G. Stockham Jr., Douglas M. Chabries, Richard W. Christiansen. 816-819 [doi]
• Optimal order statistic filters with coefficient censoringLaith Naaman, Alan C. Bovik. 820-823 [doi]
• Multilevel median filters: properties and efficacyGonzalo R. Arce, Russel E. Foster. 824-827 [doi]
• Nonlinear recursive filters and applications to image processingTu-Chih Tsai, Dimitris Anastassiou. 828-831 [doi]
• A novel method for nonuniform frequency-sampling design of 2-D FIR filtersWilliam J. Rozwod, Charles W. Therrien, Jae S. Lim. 832-835 [doi]
• Surface fitting and compression of two-dimensional scattered dataMoshe Margalit. 836-839 [doi]
• Boundary value transient suppression for N-D digital systemsWinser E. Alexander, William W. Edmonson. 840-843 [doi]
• Design of 2-D digital filters with finite wordlength coefficientsYongbing Wan, M. M. Fahmy. 844-847 [doi]
• Approximation and implementation of multidimensional digital filtersAli Zilouchian, R. Sudhakar, Nurgun Erdol. 848-851 [doi]
• A simple circuit-theoretical approach for the stability testing of 2-D digital filtersOgnjan V. Shentov, Sanjit K. Mitra, Brian D. O. Anderson. 852-855 [doi]
• Conditions for the 2-D characteristic polynomial of a matrix to be very strict HurwitzPanajotis Agathoklis. 856-859 [doi]
• Remote image processing in a workstation environmentGary E. Ford, Gene L. Fisher, V. Ralph Algazi. 860-862 [doi]
• Reconstruction techniques for the inspection of composite materials using thermal imagesTariq S. Durrani, A. Rauf, K. Boyle, Franco Lotti. 863-866 [doi]
• A comparison of wavelet deconvolution techniques for ultrasonic NDTC.-H. Chen, Wei-Lien Hsu, Sam-Kit Sin. 867-870 [doi]
• Geometry-free X-ray reconstruction using the theory of convex projectionsPeyma Oskoui-Fard, Henry Stark. 871-874 [doi]
• A robust iterative spatial algorithm for correcting the transmission attenuation and detector response in single photon emission tomographyS. C. Amartur, A. D. Nelson. 875-877 [doi]
• A knowledge-based multi-grid ML reconstruction algorithm for positron emission tomographyAtam P. Dhawan, M. V. Ranganath. 878-881 [doi]
• Automatic segmentation of biomedical imagesP. W. Fung, K. K. Ly, Yianni Attikiouzel. 882-885 [doi]
• 3-D electron microscopy and incomplete angular coverage: a restoration scheme based on projections onto convex setsJose Maria Carazo. 886-889 [doi]
• The missing cone problem and low-pass distortion in optical serial sectioning microscopyFernando Macías-Garza, Alan C. Bovik, Kenneth R. Diller, Shanti J. Aggarwal, J. K. Aggarwal. 890-893 [doi]
• Seismic migration algorithms using the FFT approach on the NCUBE multiprocessorVijay K. Madisetti, David G. Messerschmitt. 894-897 [doi]
• Convolution decomposition of 1-D and 2-D linear stationary signalsQianSheng Cheng. 898-899 [doi]
• Transient effects at a velocity discontinuity in up/down filteringThomas L. Marzetta, Robert Burridge. 900-903 [doi]
• The cross Wigner-Ville distribution-a two dimensional analysis method for the processing of Vibroseis seismic signalsPeter Boles, Boualem Boashash. 904-907 [doi]
• Coherent noise suppression in seismic data using eigenvalue/eigenvector decompositionWilliam J. Done, R. Lynn Kirlin. 908-911 [doi]
• Using vision technique for the bridge deformation detectionJin-Cheng Li, Bao-Zong Yuan. 912-915 [doi]
• Matched filter design for fingerprint image enhancementLawrence O'Gorman, Jeffrey V. Nickerson. 916-919 [doi]
• A new approach to image registration utilising multidimensional LMS adaptive filtersMichael R. Lynch, Peter J. W. Rayner. 920-923 [doi]
• Halftone patterns for arbitrary screen periodicitiesTandhoni S. Rao, Gonzalo R. Arce. 924-927 [doi]
• Recognition of handwritten script: a hidden Markov model based approachAmlan Kundu 0001, Paramrir Bahl. 928-931 [doi]
• Bayesian imaging using Good's roughness measure-implementation on a massively parallel processorBadrinath Roysam, Jay A. Shrauner, Michael I. Miller. 932-935 [doi]
• Neural networks for planar shape classificationLalit Gupta, Mohammad R. Sayeh. 936-939 [doi]
• Stereo matching using a neural networkYi-Tong Zhou, Rama Chellappa. 940-943 [doi]
• Symbolic signal representation using nonlinear filteringPetros Maragos. 944-947 [doi]
• Morphological skeleton representation and shape recognitionZiheng Zhou, Anastasios N. Venetsanopoulos. 948-951 [doi]
• Mathematical morphology for 3-D image analysisRaj S. Acharya, Renaud Laurette. 952-955 [doi]
• A representation for the orientation-dependent appearance of 3-D objectsAvi Weiss, Hamid Nawab. 956-959 [doi]
• Shape matching using curvature processesEvangelos E. Milios. 960-963 [doi]
• Shape analysis for object recognition using number theoretic transformsStephen Marshall, John J. Soraghan. 964-967 [doi]
• On the application of autoregressive models to the representation of planar curvesSanjeev M. Naik, Gregory H. Wakefield. 968-971 [doi]
• Maximum likelihood decision for recognition of noisy shapesKie-Bum Eom, Xie Chen. 972-975 [doi]
• Hierarchical shape recognition using polygon approximation and dynamic alignmentCheng-Chang Lu, James George Dunham. 976-979 [doi]
• Decision-directed segmentation for the restoration of images degraded by a class of space-variant blursA. Murat Tekalp, Howard Kaufman, John W. Woods. 980-983 [doi]
• Nonlinear image restoration using a segmentation-oriented expert systemDong-Seok Jeong, A. A. (Louis) Beex. 984-987 [doi]
• Iterative identification and restoration of imagesReginald L. Lagendijk, Aggelos K. Katsaggelos, Jan Biemond. 992-995 [doi]
• 2G filteringJ. A. Reimer, P. D. Lawrence. 996-999 [doi]
• Image restoration using a reduced order model Kalman filterDenise L. Angwin, Howard Kaufman. 1000-1003 [doi]
• Restoration of degraded images using Markov random fieldsM. El-Gabali, Malayappan Shridhar, Majid Ahmadi. 1004-1007 [doi]
• Restoration of images with nonstationary mean and autocorrelationAllen D. Hillery, Roland T. Chin. 1008-1011 [doi]
• Ringing reduction in images restoration using mirror images and adaptive Kalman filteringLaure Blanc-Féraud, Michel Barlaud, Pierre Mathieu. 1012-1015 [doi]
• Image estimation by stochastic relaxation in the compound Gaussian caseFure-Ching Jeng, John W. Woods. 1016-1019 [doi]
• Mutually compatible Gibbs images: properties, simulation and identificationJohn Goutsias. 1020-1023 [doi]
• 2-D Kalman filtering for the restoration of stochastically blurred imagesA. G. Qureshi, Moustafa M. Fahmy. 1024-1027 [doi]
• Iterative color image restoration algorithmsAggelos K. Katsaggelos, Joon Ki Paik. 1028-1031 [doi]
• State space approach to constrained recursive deconvolution of a noisy image sequenceMichael S. Mort, Mandyam D. Srinath. 1032-1035 [doi]
• Long correlation random field image modelsSalvatore D. Morgera, Zendal P. Forbes. 1036-1039 [doi]
• Maximum likelihood estimation of Gaussian Markov random field parametersChee Sun Won, Haluk Derin. 1040-1043 [doi]
• Renormalization group approach to hierarchical image analysisIkuo Matsuba. 1044-1047 [doi]
• Regularized edge detectionAggelos K. Katsaggelos, Barry J. Sullivan. 1048-1051 [doi]
• Detection and smoothing of edge contours in images by one dimensional Kalman techniquesG. R. Dattatreya, Laveen N. Kanal. 1052-1055 [doi]
• An ASIC architecture for contour line filteringFrancky Catthoor, Lawrence O'Gorman, Rajeev Jain. 1056-1059 [doi]
• Generalized Levinson and fast Cholesky algorithms for three-dimensional random field estimation problemsAndrew E. Yagle. 1060-1063 [doi]
• Quality measures for SAR imagesJames E. Harris, Randall S. Ostler, Douglas M. Chabries, Richard W. Christiansen. 1064-1067 [doi]
• Detection of small moving objects in image sequences using multistage hypothesis testingSteven D. Blostein, Thomas S. Huang. 1068-1071 [doi]
• Estimation of image motion fields: Bayesian formulation and stochastic solutionJanusz Konrad, Eric Dubois 0002. 1072-1075 [doi]
• Segmentation and 2-D motion estimation of noisy image sequencesDimitrios S. Kalivas, Alexander A. Sawchuk, Rama Chellappa. 1076-1079 [doi]
• Automatic detection of image impairmentsThomas C. du Toit, Johannes G. Lourens. 1080-1083 [doi]
• Change detection for target detection and classification in video sequencesGregory W. Donohoe, Don R. Hush, Nasir Ahmed 0001. 1084-1087 [doi]
• Real-time automatic target tracking based on spatio-temporal gradient method with generalized least square estimationNam Chul Kim, Ick Hoon Jang, Jong-Dae Kim, Jae-kyoon Kim. 1088-1091 [doi]
• Video data compression using three-dimensional segmentation based on HVS propertiesSarah A. Rajala, M. Reha Civanlar, Wonrae M. Lee. 1092-1095 [doi]
• Space-variant regular decomposition quadtrees in adaptive interframe codingPeter Strobach, D. Schütt, W. Tengler. 1096-1099 [doi]
• Three dimensional sub-band coding of videoGunnar Karlsson, Martin Vetterli. 1100-1103 [doi]
• Post- and pre-processing in coding of image sequences using filters with motion compensated historyTorbjörn Kronander. 1104-1107 [doi]
• Segmented video codingM. J. Biggar, A. G. Constantinides. 1108-1111 [doi]
• Texture classification based on higher-order fractalsAmar Ait-Kheddache, Sarah A. Rajala. 1112-1115 [doi]
• 1000-word speaker-independent continuous-speech recognition using hidden Markov modelsHy Murveit, Mitchel Weintraub. 1115-1118 [doi]
• Fractal dimension estimation by adaptive mask selectionFabio Arduini, C. Dambra, Silvana G. Dellepiane, Sebastiano B. Serpico, Gianni Vernazza, R. Viviani. 1116-1119 [doi]
• Stochastic and deterministic algorithms for MAP texture segmentationTal Simchony, Rama Chellappa. 1120-1123 [doi]
• Segmentation of textured images using a multiple resolution approachCharles A. Bouman, Bede Liu. 1124-1127 [doi]
• Textured image recognition using hidden Markov modelXiao Gong, Nai-Kuan Huang. 1128-1131 [doi]
• A fast technique for automatic segmentation and classification of textured imagesYiannis S. Boutalis, Stefanos D. Kollias, George Carayannis, Levon Sukissian. 1132-1135 [doi]
• Multi-slice image texture edge detection by local vector mappingTieniu Tan, Anthony G. Constantinides. 1136-1139 [doi]
• Quadratic linear filters for signal detection and image segmentationJeffrey D. Taft, N. K. Bose. 1140-1143 [doi]
• Application of Markov random fields to smoothing and segmentation of noisy picturesRoberto Cristi. 1144-1147 [doi]
• A model-fitting approach to cluster validation with application to stochastic model-based image segmentationJun Zhang 0006, James W. Modestino. 1148-1151 [doi]
• Image edge detection and segmentation based on the Hilbert transformGerassimos M. Livadas, Anthony G. Constantinides. 1152-1155 [doi]
• Variable-rate multi-stage vector quantization for image codingYo-Sung Ho, Allen Gersho. 1156-1159 [doi]
• Variable bit rate vector quantization of video images for packet-switched networksElizabeth Daly, T. Russell Hsing. 1160-1163 [doi]
• High quality image coding with a model-testing vector quantizer and a human visual system modelVenkatasubbarao Ramamoorthy, Nikil S. Jayant. 1164-1167 [doi]
• A fast quantization algorithm for lattice quantizer designKhalid Sayood, Steven J. Blankenau. 1168-1171 [doi]
• An adaptive image coding algorithm based on noncausal LPC and vector quantizationXiancheng Yuan, Vinay K. Ingle, Dimitris G. Manolakis. 1172-1175 [doi]
• Simulated annealing and codebook designJacques Vaisey, Allen Gersho. 1176-1179 [doi]
• New finite state vector quantizers for imagesTaejeong Kim. 1180-1183 [doi]
• Adaptive transform coding with multi-band vector quantization for video signalsChung Fong, Marion Baraniecki. 1184-1187 [doi]
• A finite state/frame difference interpolative vector quantizer for low rate image sequence codingHsiao-hui Shen, Richard L. Baker. 1188-1191 [doi]
• Tomographic processing of spotlight-mode synthetic aperture radar signals with compensation for wavefront curvatureJ. L. Bauck, W. K. Jenkins. 1192-1195 [doi]
• Radar imaging based on rotating antennaDeng Wenbiao, Bao Zheng. 1196-1199 [doi]
• Efficient order recursive LS algorithms for 2D SAR model fittingPing-Ya Zhao, Zhen-Ya He. 1200-1203 [doi]
• Segmentation of multi-look speckled imagesHaluk Derin, Patrick A. Kelly, Steven G. Labitt. 1204-1207 [doi]
• Application of migration to ground probing radarsRafat T. Hussain, William A. Sandham, Roy Chapman. 1208-1211 [doi]
• Application of the Hough transform to Doppler-time image processingDon H. Johnson. 1212-1215 [doi]
• Corner extraction from radar imagesTamar Peli. 1216-1219 [doi]
• Convex boundary arrays for coherent and incoherent imagingChuanyi Ji, Saleem A. Kassam. 1220-1223 [doi]
• Signal abstractions in the machine analysis of radar signals for ice profilingS. Lee, E. Milios, R. Greiner, J. Rossiter. 1224-1227 [doi]
• A new approach to near optimum MTI filter design using adaptive techniquesQi Tu Zhang. 1228-1231 [doi]
• A new signal subspace approach for angle of arrival estimation in radar low-angle environmentShi-Wei Gao, Bao Zheng. 1232-1235 [doi]
• Application of an autoregressive reflection model for the signal analysis of radar echoes from rotating objectsHarald Schneider. 1236-1239 [doi]
• Adaptive signal processing and mapping in Doppler radarJ. L. Zolesio. 1240-1243 [doi]
• Multi-channel sampling and reconstruction of bandlimited two-dimensional signalsJohn L. Brown Jr.. 1244-1247 [doi]
• Broad-band generalized sidelobe canceller using multichannel least-squares lattice structureXing Li, Paul Gaillard. 1248-1251 [doi]
• Cumulant based parameter estimation of multichannel moving-average processesYujiro Inouye, Georgios B. Giannakis, Jerry M. Mendel. 1252-1255 [doi]
• Robust detection of object boundaries in Weibull radar imageryRobin A. Brooks, Alan C. Bovik. 1256-1259 [doi]
• On the decorrelation of scatter using forward-backward averagingQun Shi, Fred Haber. 1260-1263 [doi]
• A minimax approach to development of robust discrimination algorithms for multivariate mixture distributionsThomas E. Flick, Lee K. Jones, Richard G. Priest. 1264-1267 [doi]
• A projection space map method for limited angle reconstructionJerry L. Prince, Alan S. Willsky. 1268-1271 [doi]
• High quality CT image reconstruction from a small number of projectionsTsuneo Saito, Hiroyuki Kudo. 1272-1275 [doi]
• Tomographic image reconstruction from hollow projectionsHiroyuki Kudo, Tsuneo Saito. 1276-1279 [doi]
• Binary image reconstruction from four projectionsMehrdad Soumekh. 1280-1283 [doi]
• Performance of maximum entropy algorithms for image reconstruction from projectionsNicolas J. Dusaussoy, Ikram E. Abdou. 1284-1287 [doi]
• Reconstruction from samples on linear and expanding spiral scansEitan Yudilevich, Henry Stark. 1288-1291 [doi]
• Image reconstructions from limited-data with histogram constraintWang Yenping, Liu Yongzhu, Li Han. 1292-1295 [doi]
• Automated 3D reconstruction of tree-like structures from two orthogonal viewsYing Sun, Eric Bergerson. 1296-1299 [doi]
• Iterative image restoration with ringing suppression using the method of POCSM. Ibrahim Sezan, A. Murat Tekalp. 1300-1303 [doi]
• Reconstruction from incomplete data in echo diffraction imagingMehrdad Soumekh. 1304-1307 [doi]
• Linear block prediction with source classification for image encoding applicationsK. S. Thyagarajan, Sanjiv Bhatt. 1308-1311 [doi]
• Error resilience of a video codec for low bitratesG. Aartsen, R. H. J. M. Plompen, Dick E. Boekee. 1312-1315 [doi]
• Optimal deconvolution filter for high-resolution NMR spectral parameter estimationHua Lee, Behzad Noorbehesht. 1316-1319 [doi]
• Edge-preserving image coding based on local modeling of imagesYao Wang, Sanjit K. Mitra. 1320-1323 [doi]
• A motion compensated vector quantizer with filtered predictionRichard L. Baker, Jorge L. Salinas. 1324-1327 [doi]
• Stability analysis of the fast RLS adaptation algorithmDaehoon Kim, Winser E. Alexander. 1361-1364 [doi]
• Numerically stable fast recursive least-squares transversal filtersDirk T. M. Slock, Thomas Kailath. 1365-1368 [doi]
• Stabilization of the RLS algorithm in the absence of persistent excitationGernot Kubin. 1369-1372 [doi]
• A new method to stabilize fast RLS algorithms based on a first-order model of the propagation of numerical errorsAhmed Benallal, André Gilloire. 1373-1376 [doi]
• A fast quasi-Newton adaptive filtering algorithmDaniel F. Marshall, W. Kenneth Jenkins. 1377-1380 [doi]
• The double/direct RLS latticeSophocles J. Orfanidis. 1381-1382 [doi]
• A fast recursive least-squares second order Volterra filterV. John Mathews, Junghsi Lee. 1383-1386 [doi]
• Effects of ill-conditioned data on least squares adaptive filtersGary A. Ybarra, S. T. Alexander. 1387-1390 [doi]
• Fast least squares adaptive notch filteringJoão Marcos Travassos Romano, Maurice G. Bellanger. 1391-1394 [doi]
• Non-quadratic recursive algorithms (RLK) for transversal plant identificationAníbal R. Figueiras-Vidal, José Manuel Páez-Borrallo, Francisco Lorenz Speranzini. 1395-1398 [doi]
• FFT implementation on the TMS320C30Panos E. Papamichalis. 1399-1402 [doi]
• A connection between bit-reverse and matrix transpose, hardware and software consequencesPierre Duhamel, Jacques Prado. 1403-1406 [doi]
• An improved bit-reversal algorithm for the fast Fourier transformJeffrey J. Rodríguez. 1407-1410 [doi]
• Fast DFT algorithms for diagonally symmetric 2-D dataP. K. Rajan. 1411-1414 [doi]
• m DFTsMartin Vetterli, Pierre Duhamel. 1415-1418 [doi]
• Error analysis and resulting structural improvements for fixed point FFTsAndreas Elterich, Walter Stammler. 1419-1422 [doi]
• Minimization of rounding errors in WFTA programsRyszard Stasinski, Ewa Lukasik. 1423-1426 [doi]
• RNS Fourier transformsPietro Burrascano, Gian-Carlo Cardarilli, Roberto Lojacono, Giuseppe Martinelli, Mario Salerno. 1427-1430 [doi]
• FFT multi-frequency synthesizerMakoto Tabei, Mitsuhiro Ueda. 1431-1434 [doi]
• Wavelet transformations in signal detectionFranz B. Tuteur. 1435-1438 [doi]
• Minimum mean absolute error nonlinear filteringJean-Hsang Lin, Edward J. Coyle. 1439-1442 [doi]
• Design of IIR filters in the complex domainXiangkun Chen, Thomas W. Parks. 1443-1446 [doi]
• Design of ARMA digital filters with arbitrary log magnitude function by WLS techniquesTakao Kobayashi, Satoshi Imai. 1447-1450 [doi]
• Recursive digital filter design with linear phaseM. F. Bel Bachir, J. Caelen. 1451-1454 [doi]
• Linear phase realization of wave digital lattice filtersIngo Kunold. 1455-1458 [doi]
• Designing FIR filters in a new vector spaceJames K. Beard. 1459-1462 [doi]
• Variable linear phase FIR filtersPetri Jarske, Sanjit K. Mitra, Yrjö Neuvo. 1463-1466 [doi]
• Eigenfilters for the design of special transfer functions with applications in multirate signal processingTruong Q. Nguyen, Tapio Saramäki, P. P. Vaidyanathan. 1467-1470 [doi]
• Improved approach for design of perfect reconstruction FIR QMF banks, with lossless lattice structuresP. P. Vaidyanathan, Truong Q. Nguyen, Tapio Saramäki. 1471-1474 [doi]
• The design of tree-structured M-channel filter banks using perfect reconstruction filter blocksEric Viscito, Jan P. Allebach. 1475-1478 [doi]
• Adaptive filtering via cumulants and LMS algorithmHsing-Hsing Chiang, Chrysostomos L. Nikias. 1479-1482 [doi]
• A class of nonlinear adaptive filtersFrancesco Palmieri, Charles G. Boncelet Jr.. 1483-1486 [doi]
• Nonlinear compensation for finite word length effects of an LMS echo canceler algorithm suitable for VLSI implementationMoon S. Song, Paul P. N. Yang, Kishan Shenoi. 1487-1490 [doi]
• Nonlinear quantization effects in the LMS and block LMS adaptive algorithms-a comparisonNeil J. Bershad. 1491-1494 [doi]
• Rejection of narrow-band interference in PN spread spectrum system using adaptive QC-LMSE filterZheng-mao Li, Guangguo Bi. 1495-1498 [doi]
• Convergence characteristics of LMS and LS adaptive algorithms for signals with rank-deficient correlation matricesFuyun Ling. 1499-1502 [doi]
• Stability of adaptive recursive filtersOdile Macchi, Meriem Jaïdane-Saïdane. 1503-1505 [doi]
• Stability of adaptive FIR filtersOtakar A. Horna. 1506-1509 [doi]
• Adaptive rank-2 update algorithm for eigenvalue decompositionGang Li, Kai-Bor Yu. 1510-1513 [doi]
• Fractionally-spaced equalizers based on singular value decompositionGuozhu Long, Fuyun Ling, John G. Proakis. 1514-1517 [doi]
• An adaptive edge enhancing order statistic filterYong-Hwan Lee, Sawasd Tantaratana. 1518-1521 [doi]
• Frequency selective signal restoration using nonlinear combination filtersPrashant P. Gandhi, Steven R. Peterson, Saleem A. Kassam. 1522-1525 [doi]
• Relating analog and digital order statistic filtersHarold G. Longbotham, Alan C. Bovik. 1526-1529 [doi]
• Algorithms for real time trend detectionAri Nieminen, Yrjö Neuvo, Urbashi Mitra. 1530-1533 [doi]
• A first-order AR model for non-Gaussian time seriesP. Srinivasa Rao, Don H. Johnson. 1534-1537 [doi]
• Adaptive estimation of a time-varying array shape using the tracking properties of the LMS algorithmSylvie Marcos, Odile Macchi. 1538-1541 [doi]
• Time-varying coefficient tracking and noise suppression properties of a class of adaptive algorithmsGernot Kubin. 1542-1545 [doi]
• Robust communication in a time-varying noisy environmentA. A. (Louis) Beex, John M. Wilson. 1546-1549 [doi]
• Two signal synthesis algorithms for pseudo Wigner distributionWerner Krattenthaler, Franz Hlawatsch. 1550-1553 [doi]
• On lattice-form algorithms for adaptive IIR filteringJohn J. Shynk. 1554-1557 [doi]
• FDM/TDM transmultiplexer design using adaptive filtersMichele Mathys, Peter J. W. Rayner. 1558-1560 [doi]
• The composite regressor algorithmJohn B. Kenney, Charles E. Rohrs. 1561-1563 [doi]
• On the performance surfaces of a frequency domain adaptive IIR filterHong Fan, Yang Yang, Majid Nayeri. 1564-1567 [doi]
• Counter examples to Stearns' conjecture on error surfaces of adaptive IIR filtersHong Fan, Majid Nayeri. 1568-1571 [doi]
• Adaptive filtering in sub-bandsAndré Gilloire, Martin Vetterli. 1572-1575 [doi]
• Multiplication-free adaptive filtersSung Ho Cho, V. John Mathews. 1576-1579 [doi]
• Adaptive lattice filter implementations on pipelined multiprocessor architecturesMartin D. Meyer, Dharma P. Agrawal. 1580-1583 [doi]
• High-speed systolic implementation of fast QR adaptive filtersJohn M. Cioffi. 1584-1587 [doi]
• Hybrid adaptive feedback nulling in the presence of channel mismatchStephen C. Pohlig. 1588-1591 [doi]
• Saturation effects in the LMS adaptive line enhancer-transient responseShaul Florian, Neil J. Bershad. 1592-1595 [doi]
• Synchronous phase estimation of a signal corrupted by a close sinusoidEugene I. Plotkin, M. N. S. Swany. 1596-1599 [doi]
• A new adaptive echo canceller used in the ISDN U-interfaceDali Yang, Wenhai Li. 1600-1603 [doi]
• Adaptive notch filtering in the presence of colored noiseArye Nehorai, Petre Stoica. 1604-1607 [doi]
• The impact of an adaptive equalizer's update behavior on symbol error rate in a nonstationary environmentSally L. Wood, Michael G. Larimore, John R. Treichler. 1608-1611 [doi]
• Analysis of bursting in telephony loops with adaptive hybridsWilliam A. Sethares, C. Richard Johnson Jr., Charles E. Rohrs. 1612-1615 [doi]
• Efficient block implementation of exact sequential least-squares problemsXiao-Hu Yu, Zhen-Ya He. 1616-1619 [doi]
• A stable and distortion-free echo and howling canceller [telephone networks]Jinhui Chao, Shigeo Tsujii. 1620-1623 [doi]
• ARMA estimation using the general order two channel fast transversal filter (FTF) algorithmL. James Faber, Sasan H. Ardalan. 1624-1627 [doi]
• An echo cancellation algorithm for operation with a digital speech coder in a single signal processorGuy Roulier, Claude Galand. 1628-1631 [doi]
• Reflections on Levinson's recursion [lattice filters]David S. Mazel, Monson H. Hayes III. 1632-1635 [doi]
• Inverse eigenvalue problem for real symmetric Toeplitz matricesGerman S. Feyh, Clifford T. Mullis. 1636-1639 [doi]
• New split Levinson, Schur, and lattice algorithms for digital signal processingHari Krishna. 1640-1642 [doi]
• Levinson and Schur algorithms for Toeplitz matrices with singular minorsS. Pombra, Hanoch Lev-Ari, Thomas Kailath. 1643-1646 [doi]
• An eigenvalue recursion for Hermitian Toeplitz matricesSalvatore D. Morgera, Fazal Noor. 1647-1650 [doi]
• Efficient procedures for stepup and stepdown computationsHari Krishna, Bal Krishna, Salvatore D. Morgera. 1651-1654 [doi]
• The lattice algorithm of linear prediction applied to the inverse scattering problem given transmission dataAndrew E. Yagle. 1655-1658 [doi]
• A rotation based method for solving covariance and related linear systemsYu Hen Hu. 1659-1662 [doi]
• Iterated Toeplitz approximation of covariance matricesD. M. Wikes, Monson H. Hayes. 1663-1666 [doi]
• New connections between asymmetric Toeplitz matrix algorithms and inverse scatteringHeming Chan, Andrew E. Yagle. 1667-1670 [doi]
• A graphics tool for model based signal processingA. M. Raper, J. A. Mardell. 1671-1673 [doi]
• A practical C language compiler/optimizer for real-time implementations on a family of floating point DSPsJohn Hartung, Steven L. Gay, Stephen G. Haigh. 1674-1677 [doi]
• The application of high-level languages to single-chip digital signal processorsRay Simar Jr., Alan Davis. 1678-1681 [doi]
• QuickSig-an object-oriented signal processing environmentMatti Karjalainen, Toomas Altosaar, Paavo Alku. 1682-1685 [doi]
• An algorithm for order statistic determination and L-filteringRalph T. Hoctor, Saleem A. Kassam. 1686-1689 [doi]
• Experiments in partitioning and scheduling signal processing algorithms for parallel processingGagan Mirchandani, David D. Ogden. 1690-1693 [doi]
• Optimal multiprocessor implementations from a serial algorithm specificationS.-H. Lee, Thomas P. Barnwell III. 1694-1697 [doi]
• A hypercube multiprocessor for digital signal processing algorithm researchJuan Santos, José Parera, Marcelino Veiga. 1698-1701 [doi]
• DSP system architecture using signed-digit number representationP. A. Ramamoorthy, Brahmaji Potu, Girish Govind. 1702-1705 [doi]
• An ultra high-performance DSP vector processorFred J. Taylor. 1706-1709 [doi]
• Reconfigurable pipeline for fast, versatile computationDavid M. James. 1710-1713 [doi]
• Improved accuracy for logarithmic addition in DSP applicationsMark G. Arnold, John R. Cowles, Thomas A. Bailey. 1714-1717 [doi]
• A DFT using number theoretic logarithmsMike Sousa, Mike Griffin, Fred J. Taylor. 1718-1721 [doi]
• An all digital 8-DPSK TCM modem for land mobile satellite communicationsThomas C. Jedrey, Norman E. Lay, William Rafferty. 1722-1725 [doi]
• Implementation of the CCITT wideband coder using a high performance, fixed point DSPYhean-Sen Lai, John Hartung. 1726-1729 [doi]
• Real-time VQ codebook generation hardware for speech processingDavid Chase, Allen Gersho. 1730-1733 [doi]
• An all digital automatic gain controlAl Lovrich, George Troullinos, Raj Chirayil. 1734-1737 [doi]
• Parallel error correction algorithm in RNS VLSI digital circuitsElio D. Di Claudio, Gianni Orlandi, Francesco Piazza. 1738-1741 [doi]
• Developments in techniques for enhancing the dynamic range of analog to digital convertersW. H. McKnight, J. M. Speiser, H. J. Whitehouse, Fred J. Harris. 1742-1745 [doi]
• A lattice algorithm for Lp deconvolutionJ. Alcázar-Fernández, F. J. Fraile-Peláez. 1746-1749 [doi]
• An efficient, noise tolerant, linear extrapolatorPhillip J. Thompson, Michael T. Manry. 1750-1753 [doi]
• A band-limited signal extrapolation algorithm using pseudo inverse filtering and heuristic optimizationKenji Nakayama. 1754-1757 [doi]
• Bounds on restoration quality using a priori informationH. Joel Trussell, Poorvi L. Vora. 1758-1761 [doi]
• Interpolation of averaged dataTom W. Parks, Daniel Burnside. 1762-1765 [doi]
• Nonnegativity constrained spectral factorization for image reconstruction from autocorrelation dataYun Q. Shi 0001, Nirmal Kumar Bose. 1766-1769 [doi]
• A maximum a posteriori approach to the restoration of randomly distorted signalsLing Guan, Rabab K. Ward. 1770-1773 [doi]
• A unified approach to iterative signal restorationAggelos K. Katsaggelos, Serafim N. Efstratiadis. 1774-1777 [doi]
• Television signal deghosting by noncausal recursive filteringDan Harasty, Alan V. Oppenheim. 1778-1781 [doi]
• An exact numerical algorithm for computing the unwrapped phase of a finite-length sequenceDavid G. Long. 1782-1785 [doi]
• Design of nearly perfect non uniform QMF filter banksA. Charbonnier, J.-B. Rault. 1786-1789 [doi]
• A generalized polyphase principle for uniform digital filter banksJoseph D. Twicken. 1790-1793 [doi]
• Non convexity of the stability domain of discrete time linear filtersMessaoud Benidir, Bernard Picinbono. 1794-1797 [doi]
• Signed binary delta modulation digital filterChe-Ho Wei, Chi-Chyang Wu. 1798-1801 [doi]
• New GIC digital filter structures and their characteristicsK. Manivannan, C. Eswaran. 1802-1805 [doi]
• An efficient gradient-based iteration for direct form II sensitivity reductionVictor E. DeBrunner, A. A. (Louis) Beex. 1806-1809 [doi]
• Proper scalings in recursive lattice digital filters for minimum round-off noisesShaw-Min Lei, Kung Yao. 1810-1813 [doi]
• The design of cascade form FIR filters for discrete space implementationYong Ching Lim, Bede Liu. 1814-1817 [doi]
• Effects of FFT coefficient quantization on sinusoidal signal detectionTae H. Joo, Alan V. Oppenheim. 1818-1821 [doi]
• The quantization effects of the CORDIC algorithm [coordinate rotation digital computer]Yu Hen Hu. 1822-1825 [doi]
• On the sensitivity of transversal RLS algorithms to random perturbations in the filter coefficientsSasan H. Ardalan. 1826-1829 [doi]
• Low-sensitivity and low-roundoff noise multiple-loop feedback digital filtersJörg Wintermantel. 1830-1833 [doi]
• Fast algorithms for wide sense stability of ARMA filtersHari Krishna, Yunbiao Wang. 1834-1837 [doi]
• Highly parallel algorithms for LS FIR smoothing and MEM spectral analysisSergios Theodoridis, Nicholas Kalouptsidis, Dimitri Bakirtzis. 1838-1841 [doi]
• A single-channel ROM-based complex digital-filter implementation in the quadratic residue number systemsRamasamy Krishnan. 1842-1845 [doi]
• A new structure for narrow transition band FIR filter design based on hardwareFeng Bao, Xiang-Yi Shao. 1846-1849 [doi]
• A new digital recursive filter structure based on delta modulation encodingHalil Padir, Lewis E. Franks. 1850-1853 [doi]
• Novel decimators and interpolators using computationally efficient halfband subfiltersKari-Pekka Estola. 1854-1857 [doi]
• Multi-channel signal processing for data communications in the presence of crosstalkKenneth Steiglitz, Michael L. Honig, B. Gopinath. 1858-1861 [doi]
• Bounds on maximum throughput for digital communications with finite-precision and amplitude constraintsMichael L. Honig, Kenneth Steiglitz, B. Gopinath. 1862-1865 [doi]
• Analysis of delta-sigma modulators with bandlimited Gaussian inputsSasan H. Ardalan. 1866-1869 [doi]
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• Optimal pulse shape design using projections onto convex setsM. Reha Civanlar, Ramin A. Nobakht. 1874-1877 [doi]
• Constellation identification using the Radon transformSally L. Wood, Michael J. Ready, John R. Treichler. 1878-1881 [doi]
• New DSP type phase synchronizer with the method of least squaresMasafumi Hagiwara, Masao Nakagawa. 1882-1885 [doi]
• A new carrier frequency estimator for modem signalsThao Duy Tran, V. John Mathews, Craig K. Rushforth. 1886-1889 [doi]
• Adaptive equalization for time division multiplex channelsStanislav B. Kesler, Basiouny M. Sallam. 1890-1893 [doi]
• Efficient computation of the short-time fast Fourier transformHenrik V. Sorensen, C. Sidney Burrus. 1894-1897 [doi]
• A nesting algorithm for very fast discrete Fourier transformsWan-Chi Siu. 1898-1901 [doi]
• Fast algorithms for the real discrete Fourier transformOkan K. Ersoy, Neng-Chung Hu. 1902-1905 [doi]
• The complex form of a fast algorithm for frequency estimationZoran B. Banjanin, J. R. Cruz. 1906-1909 [doi]
• Fast convolution using generalized Fermat/Mersenne number transformsSamuel C. Lee, Huizhu Lu. 1910-1913 [doi]
• A unified approach to the fast FIR filtering algorithmsZhi-Jian Mou, Pierre Duhamel. 1914-1917 [doi]
• On the fast computation of cross-covariance and auto-covariance sequencesCédric Demeure, Clifford T. Mullis. 1918-1921 [doi]
• Multi-dimensional systolic networks for DSP algorithmsNam Ling, Magdy A. Bayoumi. 1922-1925 [doi]
• Multichannel adaptive least squares-relating the 'Kalman' recursive least squares (RLS) and least squares lattice (LSL) adaptive algorithmsPaul S. Lewis. 1926-1929 [doi]
• New data movement algorithms for processor arraysJohn J. Soraghan. 1930-1933 [doi]
• Equivalences and optimal designs of PTV systemsJames S. Prater, Charles M. Loeffler. 1934-1937 [doi]
• A VLSI architecture for real-time image convolution with large symmetric kernelsNicolas Demassieux, Francis Jutand, Marc Bernard, Christophe Joanblanq. 1961-1964 [doi]
• A single chip VLSI architecture for a real time stereo vision processorFrancis Jutand, Serge Maginot, Nicolas Demassieux, Henri Maître. 1965-1968 [doi]
• An expandable VLSI processor array approach to contour tracingIskender Agi, Paul J. Hurst, Anil K. Jain 0002. 1969-1972 [doi]
• VLSI implementation of a 16×16 DCTT.-C. Chen, M.-T. Sun, Albert M. Gottlieb. 1973-1976 [doi]
• A chip set for real-time 20-MHz DSPPeter A. Ruetz, Peng H. Ang. 1977-1980 [doi]
• A load balancing technique for video signal processing on a multicomputer type DSPTetsurou Fujii, Naohisa Ohta. 1981-1984 [doi]
• Customized architectural methodologies for high-speed image and video processingFrancky Catthoor, Hugo De Man. 1985-1988 [doi]
• An application specific DSP chip set for 100 MHz data ratesSurendar Magar, Shannon Shen, Gerry Luikuo, Mike Fleming, Raul Aguilar. 1989-1992 [doi]
• A unified DCT/IDCT architecture for VLSI implementationJ. R. Parkhurst, K. W. Current, A. K. Jain, J. E. Grishaw. 1993-1996 [doi]
• Implementation of 2-D DFT algorithms on a loosely-coupled parallel systemJames T. Rayfield, Harvey F. Silverman. 1997-2000 [doi]
• On the use of modulo arithmetic comb filters in sigma delta modulatorsEvert Dijkstra, Olivier Nys, Christian Piguet, M. Degrauwe. 2001-2004 [doi]
• Monolithic decimation filtering for custom delta-sigma A/D convertersMax W. Hauser, Robert W. Brodersen. 2005-2008 [doi]
• A floating point DSP with optimizing C compilerJames R. Boddie, Craig J. Garen, Michael L. Fuccio, James Tow. 2009-2012 [doi]
• Asynchronous processor design for digital signal processingTeresa Huai-Ying Meng, G. M. Jacobs, Robert W. Brodersen, David G. Messerschmitt. 2013-2016 [doi]
• Code optimization technique for general-purpose-DSP compilerIsao Utsumi, Yoshikazu Mori. 2017-2020 [doi]
• Automatic generation of a custom digital signal processor for an adaptive robot arm controllerSyed Khalid Azim, C.-S. Shung, Robert W. Brodersen. 2021-2024 [doi]
• Converting sequential iterative algorithms to recurrent equations for automatic design of systolic arraysJichun Bu, Ed F. Deprettere. 2025-2028 [doi]
• On the optimization of regular wavefront arraysLothar Thiele. 2029-2032 [doi]
• Mapping algorithms to VLSI array processorsSheng-Chun Lo, Shiann-Ning Jean. 2033-2036 [doi]
• Mapping signal processing algorithms to fixed architecturesRobert W. Stewart. 2037-2040 [doi]
• QR algorithm and array architectures for multichannel adaptive least squares lattice filtersPaul S. Lewis. 2041-2048 [doi]
• An efficient triarray systolic design for real-time Kalman filteringSun-Yuan Kung, Jenq-Neng Hwang. 2041-2044 [doi]
• SAC: a systolic array controller chipRoss A. W. Smith, Mike Dillon, Gerald E. Sobelman. 2049-2052 [doi]
• A high throughput systolic implementation of the second order recursive filterBing Bing Zhou, Richard P. Brent. 2053-2056 [doi]
• A reconfigurable systolic array for real-time image processingAnton Gunzinger, Severin Mathis, Walter Guggenbühl. 2057-2060 [doi]
• Sparse matrix-vector multiplication on a systolic arrayJürgen Götze, Uwe Schwiegelshohn. 2061-2064 [doi]
• Implementation of factorized filter in systolic arraysPrasanta K. Behera. 2065-2068 [doi]
• Wafer-scale systolic array for adaptive antenna processingCharles M. Rader. 2069-2071 [doi]
• Systolic IIR filters with bit level pipeliningRoger F. Woods, S. C. Knowles, John V. McCanny, John G. McWhirter. 2072-2075 [doi]
• Reliable modulo systolic arrays for DSP algorithmsMagdy A. Bayoumi. 2076-2079 [doi]
• A VLSI design of processing element for reconfigurable systolic architectures based on LNSGeorge M. Papadourakis, John Condorodis. 2080-2083 [doi]
• Mapping linear algebra algorithms into array processors: a case studyGiacomo M. Bisio, Fabio Arduini, Francesco Curatelli, Ermanno Di Zitti, G. C. Parodi, A. Zini. 2084-2087 [doi]
• Real time connected word recognition with finite state grammar on the graph search array processorStephen C. Glinski, John Lynch Jr.. 2088-2091 [doi]
• Parallel implementation of the tracking Kalman filterEdward K. B. Lee, Simon Haykin. 2092-2095 [doi]
• A high-performance multiprocessor system for speech processing applicationsManfred Immendörfer, Dieter Kopp, Heidi Hackbarth. 2096-2099 [doi]
• A fault-tolerant bit-serial array structure for digital filtersRajat Roy, Magdy A. Bayoumi. 2100-2103 [doi]
• Architecture and performance of a multicomputer type digital signal processing system 'NOVI'Yukiharu Kanayama, Tetsurou Fujii, Naohisa Ohta, Sadayasu Ono. 2104-2107 [doi]
• A multiprocessor structure based on commercial DSPGuido Castellini, Pier Luigi Emiliani, Laura Pierucci, Franco Pirri, Santina Rocchi. 2108-2111 [doi]
• VLSI architecture of a real-time Wigner distribution processor for acoustic signalsN. M. Marinovic, Vojin G. Oklobdzija, L. Roytman. 2112-2115 [doi]
• A new, highly parallel, 32 bit floating point DSP vector signal processorAlex Genusov, Peter Feldman, Rami Friedlander, Vlad Fruchter, Ricardo Jaliff, Asaf Mohr, Rivka Shenhav. 2116-2119 [doi]
• Pipelined VLSI recursive filter architectures using scattered look-ahead and decompositionKeshab K. Parhi, David G. Messerschmitt. 2120-2123 [doi]
• Seismic migration algorithms on multiprocessorsVijay K. Madisetti, David G. Messerschmitt. 2124-2127 [doi]
• Hardware approaches to vector plane rotationS. G. Smith, S. A. White. 2128-2131 [doi]
• VLSI structures for computing the Wigner distributionIzidor Gertner, Moshe Shamash. 2132-2135 [doi]
• On uniform one-chip VLSI design considerations for some discrete orthogonal transformsKuoJuey Ray Liu, Kung Yao. 2136-2139 [doi]
• An N-dimensional SIMD ring architecture for implementing very large order adaptive digital filtersAngel C. Rotger-Mora. 2140-2143 [doi]
• DSP analog front endHarry Davoody, Dick Ward, Dick Hester, Woody Rowand. 2144-2147 [doi]
• A decision-theoretic performance benchmark for neural networks trained to discriminate two autoregressive processesRobert G. Simpson. 2148-2151 [doi]
• Computationally efficient tracking of multiple targets by probabilistic data association using neural networksDebasis Sengupta, Ronald A. Iltis. 2152-2155 [doi]
• Bearing estimation using neural networksSanjay Jha 0001, Roy Chapman, Tariq S. Durrani. 2156-2159 [doi]
• Efficient modeling for multilayer feed-forward neural netsSun-Yuan Kung, Jenq-Neng Hwang, S.-W. Sun. 2160-2163 [doi]
• Neural networks for narrowband and wideband direction findingDaniel Goryn, Mos Kaveh. 2164-2167 [doi]
• Neural net based pattern recognition on the graph search machineHelen Na, Stephen C. Glinski. 2168-2171 [doi]
• A CMOS VLSI cochleaRichard F. Lyon, Carver A. Mead. 2172-2175 [doi]
• Maximum signal energy concentration in a time-frequency domainPatrick Flandrin. 2176-2179 [doi]
• Tracking of unknown non-stationary chirp signals using unsupervised clustering in the Wigner distribution spaceFernand S. Cohen, Gloria Faye Boudreaux-Bartels, Shubha Kadambe. 2180-2183 [doi]
• Simulation and analysis of Suzuki fading processesA. Krantzik, D. Wolf. 2184-2187 [doi]
• Instantaneous mean quantities in time-frequency analysisChongmoon Lee, Leon Cohen. 2188-2191 [doi]
• On a class of nonstationary signalsShiping Li. 2192-2195 [doi]
• Time-frequency representations of broad-band signalsJacqueline Bertrand, Pierre Bertrand. 2196-2199 [doi]
• Time-varying modelling of arbitrary non-stationary signalsJerome R. Bellegarda, David C. Farden. 2200-2203 [doi]
• Decision- and classification-directed methods in nonstationary signal analysisRobert A. Muir, Wynn C. Stirling. 2204-2207 [doi]
• Unbiased parameter estimation of non-stationary signals on the block processingTohru Kiryu, Taizo Iijima. 2208-2211 [doi]
• Time frequency filteringLeon Cohen. 2212-2215 [doi]
• The Wigner distribution, multi-equilibria nonlinear systems and chaotic behaviourP. G. Adamopoulos, J. K. Hammond, J. S. Lee. 2216-2219 [doi]
• Application of polynomial splines to a time-varying autoregressive model of speechMichael J. Flaherty. 2220-2223 [doi]
• Optimal parameter tracking and control of nonlinear systems with time-varying parametersCarlos March-Leuba, R. B. Perez. 2224-2227 [doi]
• New method for time-varying harmonic frequency trackingBinh C. Phan, Yu Hen Hu. 2228-2231 [doi]
• A new system identification algorithm based on iterative algebraic filteringG. Xu, James A. Cadzow, R. C. White. 2232-2235 [doi]
• Near optimal blind deconvolutionSandro Bellini, Fabio Rocca. 2236-2239 [doi]
• Robust parametric approach for impulse response estimationUmesh K. Bhargava, R. L. Kashyap. 2240-2243 [doi]
• A geometrical approach for the identification of state space models with singular value decompositionBart De Moor, Marc Moonen, Lieven Vandenberghe, Joos Vandewalle. 2244-2247 [doi]
• Adaptive system identification using cumulantsAnanthram Swami, Jerry M. Mendel. 2248-2251 [doi]
• Finite precision analysis of the lattice and the Schur algorithms for the autocorrelation method of linear predictionChristophe P. Rialan, Louis L. Scharf. 2252-2255 [doi]
• Pole focusing: a new approach to LPC-based speech analysis offering superior formant resolutionG. Duncan, Mervyn A. Jack. 2256-2259 [doi]
• A formant extraction method using autocorrelation domain inverse filtering and focusing methodKatsunobu Fushikida. 2260-2263 [doi]
• Cumulant-based approach to the harmonic retrieval problemAnanthram Swami, Jerry M. Mendel. 2264-2267 [doi]
• A new class of nonlinearly constrained linear estimatorStephen Konyk Jr., Moeness G. Amin. 2268-2271 [doi]
• A method for constructing NARMAX models of a class of nonlinear systemsDetlev K. Seidel, Patricia Davies. 2272-2275 [doi]
• A test of nonlinear autoregressive modelsShiyi Mao, Pinxing Lin. 2276-2279 [doi]
• Moving average separationGerman S. Feyh, Clifford T. Mullis. 2280-2283 [doi]
• A new class of focussing matrices for coherent signal-subspace methodH. Hung, M. Kaveh. 2284-2287 [doi]
• Stability of the linear prediction filter: a set theoretic approachPatrick L. Combettes, H. Joel Trussell. 2288-2291 [doi]
• Statistically/computationally efficient frequency estimationSteven Kay. 2292-2295 [doi]
• MUSIC, maximum likelihood and Cramér-Rao boundPetre Stoica, Arye Nehorai. 2296-2299 [doi]
• Signal modeling with stochastic and deterministic data: a lossless inverse scattering approachC. V. K. Prabhakara Rao. 2300-2303 [doi]
• An aggregate group approach for AR spectral estimation of noisy signalsJing Fan, Yanda Li, Tong Chang. 2304-2307 [doi]
• ARMA processes: order estimationM. Isabel Ribeiro, José M. F. Moura. 2308-2311 [doi]
• True lattice algorithms for square root solution of least squares linear prediction problemsCédric Demeure, Louis L. Scharf. 2312-2315 [doi]
• Maximum entropy extrapolation of cumulant statistics: linear processesGeorgios B. Giannakis, Ananthram Swami, Jerry M. Mendel. 2316-2319 [doi]
• Estimation of the highly damped sinusoidal signals in additive noiseYao Zhu, Shiping Li. 2320-2323 [doi]
• Some structured matrix approximation problemsArnab K. Shaw, Ramdas Kumaresan. 2324-2327 [doi]
• Robust linear prediction of band-limited signalsHenry M. Dante. 2328-2331 [doi]
• Determining the closest stable polynomial to an unstable oneRandolph L. Moses, Duixian Liu. 2332-2335 [doi]
• Estimating the number of signals by chi-square statisticsChia-Chang Li. 2336-2339 [doi]
• On non-negative definiteness of estimated moving average autocovariance sequencesRandolph L. Moses, Duixian Liu. 2340-2343 [doi]
• An approximate maximum likelihood ARMA estimator based on the power cepstrumSteven M. Kay, Leland B. Jackson, Jianguo Huang, Petar M. Djuric. 2344-2347 [doi]
• Parameter estimation of quasi-periodic sequencesEli Fogel, Motti Gavish. 2348-2351 [doi]
• An improved Toeplitz approximation methodK. S. Arun, Bhaskar D. Rao. 2352-2355 [doi]
• Harmonic decomposition methods in cumulant domains [array processing]Renlong Pan, Chrysostomos L. Nikias. 2356-2359 [doi]
• The partial realization problem for moving average modelsAllan O. Steinhardt. 2360-2363 [doi]
• Recursive autoregressive spectral computations directly from reflection coefficientsJack-Kang Chan. 2364-2367 [doi]
• High performance SVD-like procedure for spectral estimation using Rayleigh function estimatesMiguel A. Lagunas. 2368-2371 [doi]
• On selection of maximum cumulant lags for noncausal autoregressive model fittingJitendra K. Tugnait. 2372-2375 [doi]
• On the asymptotic relative efficiency of the MUSIC algorithmBoaz Porat, Benjamin Friedlander. 2376-2379 [doi]
• On the rate of convergence of the ML spectral estimate for identification of sinusoids in noisePeter J. Sherman, Kang-Ning Lou. 2380-2383 [doi]
• An efficient algorithm for implementing the relative entropy methodYacoub A. Alsaka, Nicolas S. Tzannes, William A. Marinelli. 2384-2387 [doi]
• A consequence of signal normalization in spectrum analysisDouglas Cochran. 2388-2391 [doi]
• Optimized parametric bispectrum estimationChong-koo An, Sung Bae Kim, Edward J. Powers. 2392-2395 [doi]
• Maximum entropy spectrum estimation with imprecise autocorrelation function lags by fuzzy set theoryHong Li. 2396-2399 [doi]
• Volume of the space of autocorrelation sequencesJohn Makhoul. 2400-2403 [doi]
• Bispectrum estimation of transient signalsChristos K. Papadopoulos, Chrysostomos L. Nikias. 2404-2407 [doi]
• Statistical analysis of two non-linear least-squares estimators of sine waves parameters in the colored noise casePetre Stoica, Arye Nehorai. 2408-2411 [doi]
• Performance analysis of MA parameter estimation algorithms based on high-order momentsBenjamin Friedlander, Boaz Porat. 2412-2415 [doi]
• The threshold analysis of SVD-based algorithmsDonald W. Tufts, A. C. Kot, Richard J. Vaccaro. 2416-2419 [doi]
• Successive correlation based Prony modeling very low SNR behavior analysisF. Gasmi, Francis Castanie. 2420-2423 [doi]
• Performance evaluation of an ARMA estimatorJosiane Zerubia, Gérard Alengrin, Hervé Rix. 2424-2427 [doi]
• A performance comparison of smoothing approaches for high-resolution active direction-finding of completely-correlated targetsJian-Xiong Zhu, Hong Wang. 2428-2431 [doi]
• Regression surfaces for estimated reflection coefficientsMariano García Otero, José R. Casar Corredera. 2432-2435 [doi]
• Statistical properties of a novel recursive estimation algorithm with information-dependent updatingAshok K. Rao, Y. F. Huang. 2436-2439 [doi]
• A new analysis method for acoustic signals composed of cosine wavesKazuhiro Tamaribuchi, Shuzo Saito. 2440-2443 [doi]
• Toeplitz-Hankel decomposition for direction of arrival estimation using transient signalsEhoud Haberman, Lloyd J. Griffiths. 2444-2447 [doi]
• Efficient conjugate directions method for adaptive eigen-spectrum estimationCarlos E. Davila, Ashley J. Welch, H. Grady Rylander III. 2448-2451 [doi]
• On fundamental performance limitation of direction finding of multiple narrow-band sources under sensor position and pattern perturbationsJ. X. Zhu, H. Wang. 2452-2455 [doi]
• ESPRIT and TAM (Toeplitz approximation method) are theoretically equivalentSylvie Mayrargue. 2456-2459 [doi]
• A criterion for identifying dominant singular values in the SVD based method of harmonic retrievalSathyanarayan S. Rao, Daniel C. Gnanaprakasam. 2460-2463 [doi]
• On harmonic analysis via Gram-Schmidt orthogonal procedureZhen-Ya He, Xiao-Hu Yu. 2464-2467 [doi]
• Spectrum analysis using a new autocorrelation measureMarkos Dendrinos, George Carayannis. 2468-2471 [doi]
• Lowering the threshold SNR of singular value decomposition based methodsBhaskar D. Rao. 2472-2475 [doi]
• Matrix pencil method and its performanceYingbo Hua, Tapan K. Sarkar. 2476-2479 [doi]
• Notes on eigenvalue distribution of Toeplitz matricesYu Hen Hu. 2480-2483 [doi]
• An RML algorithm for retrieval of sinusoids with cascaded notch filtersNacer K. M'Sirdi, H. R. Tjokronegoro, I. D. Landau. 2484-2487 [doi]
• A real-time digital speech processing system for an auditory prosthesisR. Benjamin Knapp, Brent Townshend. 2493-2495 [doi]
• Integrating uncertain speech evidence into a knowledge-based message generation system for the nonverbal, severely motor disabledJack R. Deller, Bon K. Sy. 2496-2499 [doi]
• A new strategy for tactile hearing aids: tactile identification of preclassified signals (TIPS)Bohumir Uvacek, Haiyan Yé, George S. Moschytz. 2500-2503 [doi]
• Computerized intonator: design of a microprocessor pitch-aidCecile Yehezkel, Miriam Furst, Julius L. Goldstein. 2504-2507 [doi]
• Programmable master hearing aid with adaptive noise reduction using a TMS320-20Norbert Dillier. 2508-2511 [doi]
• VLSI based design of a battery-operated digital hearing aidRobert E. Morley Jr., George L. Engel, Thomas J. Sullivan, Sundaram M. Natarajan. 2512-2515 [doi]
• Design and evolution of a powerful pocket-sized DSP speech processing system for a cochlear implant and other hearing prosthesis applicationsL. Robert Morris, Peter Barszczewski. 2516-2519 [doi]
• The perceptual significance of inter-subject differences in the directional transfer function (DTF)Nancy Barker Walczak. 2520-2523 [doi]
• Estimation of perceptual entropy using noise masking criteriaJames D. Johnston. 2524-2527 [doi]
• Fast signal processor encodes 48 kHz/16-bit audio into 3-bit in real timeK. H. Brandenburg, R. Kapust, D. Seitzer, Ernst Eberlein, Heinz Gerhäuser, H. Popp, H. Schott. 2528-2531 [doi]
• An independent evaluation of the performance of the CCITT G.722 wideband coding recommendation using music signalsS. M. F. Smyth, John V. McCanny, P. Challener. 2532-2535 [doi]
• High-quality sound coding within 2×64 kbit/s using instantaneous dynamic bit-allocationPaul Vörös. 2536-2539 [doi]
• Sub-band ADPCM coding for high quality audio signalsA. Charbonnier, Jean-Pierre Petit. 2540-2543 [doi]
• An independent evaluation of the performance of the CCITT G.722 wideband coding recommendationS. M. F. Smyth, John V. McCanny, P. Challener. 2544-2547 [doi]
• A new application of adaptive filters for restoration of archived gramophone recordingsSaeed V. Vaseghi, Peter J. W. Rayner. 2548-2551 [doi]
• The architecture of DSP: a DSP multiprocessorMark Kahrs. 2552-2555 [doi]
• A real-time digital signal processing system for bioelectric control of musicR. Benjamin Knapp, Hugh S. Lusted. 2556-2557 [doi]
• Sinewave-based phase dispersion for audio preprocessingThomas F. Quatieri, Robert J. McAulay. 2558-2561 [doi]
• The use of line spectrum pairs for the production of pipe organ-like soundsJoel Crosmer. 2562-2565 [doi]
• Experiments to identify and track non stationarities in audio conference roomsJacques Sikorav. 2566-2569 [doi]
• Analysis and design of multirate systems for cancellation of acoustical echoesWalter Kellermann. 2570-2573 [doi]
• A new structure for sub-band acoustic echo cancelerJiande Chen, Hugo Bes, Joos Vandewalle, Paul Janssens. 2574-2577 [doi]
• A microphone array with adaptive post-filtering for noise reduction in reverberant roomsRainer Zelinski. 2578-2581 [doi]
• Fast algorithms in active noise or vibration controlAlain Roure. 2582-2585 [doi]
• Synchronous adaptive filters with delayed coefficient adaptionP. Darlington, S. J. Elliott. 2586-2589 [doi]
• Multichannel active sound control using adaptive filteringStephen J. Elliott, Philip A. Nelson. 2590-2593 [doi]
• Active noise control using adaptive digital signal processingLarry J. Eriksson, Mark C. Allie, C. D. Bremigan, Richard A. Greiner. 2594-2597 [doi]
• Hardware and software considerations for active noise controlMark C. Allie, C. D. Bremigan, Larry J. Eriksson, Richard A. Greiner. 2598-2601 [doi]
• Active systems for sound attenuation in ductsJiri Tichy. 2602-2605 [doi]
• Static and dynamic noise transmission over an oxygen mask [military aircrew applications]P. Darlington, G. A. Powell. 2606-2609 [doi]
• A constrained frequency-domain Prony's algorithm with application to time delay estimationRui J. P. deFigueiredo, Trung T. Pham, C. L. Hu. 2610-2613 [doi]
• Time delay estimation for Poisson derived processesAlfred O. Hero III. 2614-2617 [doi]
• Bearing resolution limits for broadband signalsMiriam Hamilton, John P. Ianniello. 2618-2621 [doi]
• Optimal estimation of time-varying delayIsabel M. G. Lourtie, José M. F. Moura. 2622-2625 [doi]
• Path resolution by coherent averaging: trading spatial and temporal degrees of freedomMaria-João D. Rendas, José M. F. Moura. 2626-2629 [doi]
• An asymptotic maximum likelihood estimator for source parameters in a multipath environmentArye Nehorai, Shaolin Li. 2630-2633 [doi]
• An alternative method for locating a passive source by using the bearing estimationsQhu Li. 2634-2637 [doi]
• Time delay estimation in unknown Gaussian spatially correlated noiseChrysostomos L. Nikias, Renlong Pan. 2638-2641 [doi]
• Cumulant cepstrum of FM signals and high-resolution time delay estimationAthina P. Petropulu, Chrysostomos L. Nikias, John G. Proakis. 2642-2645 [doi]
• Adaptive calibration of randomly perturbed sensor arraysTore Tollefsen, Arye Nehorai. 2646-2649 [doi]
• Digital realizations of the real-time coherent signal-subspace transformation for array signal processingJ.-F. Yang, M. Kaveh. 2650-2653 [doi]
• Broadband source direction estimation using a circular arrayYosef Rockah, Hagit Messer. 2654-2657 [doi]
• High-resolution broadband beamforming using a doubly-steered coherent signal-subspace approachDavid N. Swingler, Robert S. Walker, Jeffrey L. Krolik. 2658-2661 [doi]
• Resolution of spatially close broadband coherent sources incident on a general arrayJames A. Cadzow, Young S. Kim, Weiqiang Ma, Dong C. Shiue. 2662-2665 [doi]
• Wideband direction-of-arrival estimation using the ESPRIT algorithmBjörn E. Ottersten, Thomas Kailath. 2666-2669 [doi]
• Array shape calibration using sources in unknown locations-a maximum likelihood approachAnthony J. Weiss, Benjamin Friedlander. 2670-2673 [doi]
• An algorithm for optimal placement of sensor elementsYoungJik Lee, S. Unnikrishna Pillai. 2674-2677 [doi]
• Resolution of coherent signals using random arrayJ. C. Chung, Anthony W. Robertson. 2678-2680 [doi]
• Eigenstructure methods for direction finding with sensor gain and phase uncertaintiesBenjamin Friedlander, Anthony J. Weiss. 2681-2684 [doi]
• Segmentation of non-stationary signals with applicationsBrian C. Lovell, Boualem Boashash. 2685-2688 [doi]
• Classification of transient signals [acoustic signals]Khosrow Lashkari, B. Friedlander, J. Abel, B. McQuiston. 2689-2692 [doi]
• Experiments on automatic classification of shallow water acoustic signal sources using two pattern recognition methodsSeppo Madekivi. 2693-2696 [doi]
• An approach towards improving the efficiency of sonar projector arraysP. M. Joseph, P. R. Saseendran Pillai. 2697-2700 [doi]
• Element-level reverberation time series synthesis [sonar]William S. Hodgkiss, D. Almagor. 2701-2704 [doi]
• Seismic profiling as a contaminant in the measurement of ambient noise spectral and spatial characteristicsWilliam S. Hodgkiss. 2705-2708 [doi]
• Incoherent coding techniques and performance characterization for multibeam sonar systemsJules S. Jaffe, Donna J. Glassbrenner, Philippe M. Cassereau. 2709-2712 [doi]
• The modified Wigner distribution with application to acoustic well loggingDwight D. Day, Rao K. Yarlagadda. 2713-2716 [doi]
• Multipaths resolution by a combination of homomorphic and Wiener filteringPhilippe Nicolas. 2717-2720 [doi]
• Performance of a slow frequency hopping BFSK system using convolutional coding in underwater acoustic mediaBassel Solaiman, Alain Glavieux, Alain Hillion. 2721-2724 [doi]
• Time-frequency receivers for locally optimum detectionPatrick Flandrin. 2725-2728 [doi]
• Entropy-based receiver for detection of random signalsQitu Zhang. 2729-2732 [doi]
• Noise background normalization for simultaneous broadband and narrowband detectionStephen W. Davies, Michael E. Knappe. 2733-2736 [doi]
• Estimating steady-state response of a resonant transducer in a reverberant underwater environmentJames D. George, V. K. Jain, Phillip L. Ainsleigh. 2737-2740 [doi]
• Maximum likelihood parameter estimation by simulated annealingKenneth C. Sharman. 2741-2744 [doi]
• Generalized coherence [signal detection]Herbert Gish, Douglas Cochran. 2745-2748 [doi]
• Estimating time delay and transfer function parameters using wideband transient signalsJ. D. George, D. M. Goodman. 2749-2752 [doi]
• Broadband beamforming on the 2-D transform planeY. T. Chan, G. A. Lampropolus. 2753-2756 [doi]
• Adaptive beamforming for correlated signal and interferences: A frequency-domain smoothing approachJ. X. Zhu, H. Wang. 2757-2760 [doi]
• Multipath propagation and the optimal SNR for adaptive arraysMats Viberg. 2761-2764 [doi]
• A multimode adaptive beamformer for quadrature-amplitude-modulated signalsRichard P. Gooch, Brian J. Sublett. 2765-2768 [doi]
• A new criterion for the determination of the number of signals in high-resolution array processingKon Max Wong, Q. T. Zhang, James P. Reilly, Patrick C. Yip. 2769-2772 [doi]
• Detection: a new approach [signals]B. W. Dahanayake, K. M. Wong. 2773-2776 [doi]
• Detection of fully correlated signals by the MDL principleMati Wax, Ilan Ziskind. 2777-2780 [doi]
• Linear-quadratic array processing for coherent sourcesBernard Picinbono. 2781-2784 [doi]
• Systolic implementation of a general adaptive array processing algorithmBin Yang, Johann F. Böhme. 2785-2788 [doi]
• A pole-zero complex adaptive joint process least-squares latticeWilliam S. Hodgkiss, D. Almagor. 2789-2792 [doi]
• Improved power minimization based partially adaptive beamformer designBarry D. Van Veen. 2793-2796 [doi]
• Optimal projection for multidimensional signal detectionPeter L. Chu. 2797-2800 [doi]
• Robustness of a CFAR detector to errors on the signalMichel Bouvet. 2801-2804 [doi]
• Performance of redundant and distributed detection systems with processor faultsAmy R. Reibman, Loren W. Nolte. 2805-2808 [doi]
• A simple algorithm for broadband detection and sortingD. E. Ohlms, E. J. Kroman, W. A. Bradford. 2809-2812 [doi]
• Representing sonar/radar returns as a Markov processRoger F. Dwyer. 2813-2816 [doi]
• Time-frequency analysis applied to signaturing of underwater acoustic signalsBoualem Boashash, Peter O'Shea. 2817-2820 [doi]
• Detection and estimation of transient signals in coloured Gaussian noisePhilippe Nicolas, Dieter Kraus. 2821-2824 [doi]
• Threshold extension of SVD-based algorithmsDonald W. Tufts, Costas D. Melissinos. 2825-2828 [doi]
• An efficient signal subspace algorithm for source localization in noise fields with unknown covarianceR. T. Wiliams, A. K. Mahalanabis, Leon H. Sibul, S. Prasad. 2829-2832 [doi]
• On least squares methods for direction of arrival estimation in the presence of unknown noise fieldsJohann F. Böhme, Dieter Kraus. 2833-2836 [doi]
• Active high-resolution multiple-target direction findingChia-Chang Li, Hong Wang. 2837-2840 [doi]
• Minimum variance spectral estimation for broadband source location using steered covariance matricesJeffrey L. Krolik, Moshe Eizenman. 2841-2844 [doi]
• Robust maximum-likelihood estimation of structured covariance matricesDouglas B. Williams, Don H. Johnson. 2845-2848 [doi]
• Direction finding in the presence of fully correlated specular multipathWilliam P. Ballance, Amin G. Jaffer. 2849-2852 [doi]
• On a modified Duvall beamformerB. Chang, N. Ahmed. 2853-2856 [doi]
• A structured gradient algorithm for adaptive beamformingLal C. Godara, Doug A. Gray. 2857-2860 [doi]
• Novel techniques for estimation of array signal parameters based on matrix pencils, subspace rotations, and total least squaresMichael D. Zoltowski. 2861-2864 [doi]
• The effects of spatial averaging on coherence and resolutionDarel A. Linebarger, Don H. Johnson. 2865-2868 [doi]
• A solution space approach to achieving partially adaptive arraysTaufik T. Ma, Lloyd J. Griffiths. 2869-2872 [doi]
• Perturbation analysis of the MUSIC algorithmDavid R. Farrier, D. J. Jeffries, R. Mardani. 2873-2876 [doi]
• Iterative pre-filtering over non-uniform sampling gridsJames H. McClellan. 2877-2880 [doi]
• More on optimality of EVD methods for bearing estimationSara Tressens, Henri Clergeot, Abdelaziz Ouamri, Michel Bouvet. 2881-2884 [doi]
• Sector interpolation of non-uniform arrays for efficient high resolution bearing estimationThomas P. Bronez. 2885-2888 [doi]
• New maximum likelihood approach to multiple signal estimationJames Ting-Ho Lo. 2889-2892 [doi]
• Maximum likelihood direction finding of stochastic sources: a separable solutionAmin G. Jaffer. 2893-2896 [doi]
• An adaptive recursive array processing algorithm for resolving closely spaced signals with low SNR and widely disparate signal powerSiew Kok Hui, B. L. Lim, Y. C. Lim. 2897-2900 [doi]
• Improved maximum likelihood spectrum for direction of arrival (DOA) estimationP. S. Naidu, V. V. Krishna. 2901-2904 [doi]
• Separately estimating the frequency-wavenumber of coherent sources by signal eigenvector smoothing techniqueQin-Ye Yin, Li-He Zou. 2905-2908 [doi]
• Estimating two-dimensional angles of arrival in coherent source environmentChien-Chung Yeh, Ju-Hong Lee, Yih-Min Chen. 2909-2912 [doi]
• Signal subspace algorithms for direction of arrival estimation in the presence of a class of unknown noise fieldsSurendra Prasad, Bindu Chandna. 2913-2916 [doi]
• Calibration-free bearing estimation for arrays with randomly perturbed sensor locationsYih-Min Chen, Ju-Hong Lee, Chien-Chung Yeh. 2917-2920 [doi]
• Active control of vibrations in spacecraftColin F. Ross. 2921-2924 [doi]
• Transient signal enhancement by linear predictive eigenanalysisS. Lawrence Marple Jr.. 2925-2928 [doi]
• Comparative study of some recent statistical and set-theoretic methods for image restorationA. Murat Tekalp, H. Joel Trussell. 9881-9891 [doi]
• Robust syntax free speech recognitionSteven F. Boll, Jack E. Porter, Lawrence G. Bahler. 17982 [doi]