Title :
2005 IEEE International Conference on Acoustics, Speech, and Signal Processing (IEEE Cat. No.05CH37625)
Abstract :
The following topics are dealt with: voice morphing; spoken language understanding; speech perception and psychoacoustics; confidence measures and rejection algorithms; discriminative training; quantization and quality measurement; speech enhancement; speaker recognition; large vocabulary automatic speech recognition; speech analysis; noise robust speech recognition; prosody and speech synthesis; speech mining; audio-visual information processing; language modeling and identification; acoustic modeling and clustering algorithms; speech coding; watermarking; image denoising; video coding; image restoration and segmentation; biomedical imaging; image and video indexing and retrieval; biometrics; image coding; video transmission; video segmentation and tracking; image feature extraction; image representation and quality assessment; image enhancement; authentication; motion detection and estimation; image filtering; multimedia security and content protection; content based information retrieval and pattern discovery; multimedia signal processing; music; auditory modeling and hearing aids; loudspeaker and microphone array signal processing; echo cancellation, active noise control, and transducers; broadband and perceptual coding; ultra wideband communication; DSL communication; co-operative relays; MIMO capacity; MIMO precoding and transmit design; channel estimation and equalization; turbo decoding and iterative receivers; wireless networks; (semi)blind algorithms and independent component analysis; sensor networks; multi-carrier, OFDM and DMT communication; CDMA and spread spectrum communication; iterative decoding; space-time code design; transceiver design; particle filtering; adaptive filtering; parameter estimation; nonlinear systems; AR/ARMA system modeling and identification; signal restoration and reconstruction; nonlinear filtering; signal enhancement and noise reduction; sampling, extrapolation and interpolation; stationary signals and spectrum analysis; nonst
Keywords :
MIMO systems; OFDM modulation; acoustics; array signal processing; blind source separation; channel estimation; code division multiple access; decoding; echo suppression; encoding; equalisers; feature extraction; filtering theory; image processing; image retrieval; medical signal processing; microphone arrays; motion estimation; multimedia systems; music; natural languages; pattern recognition; radar signal processing; signal detection; signal processing; sonar signal processing; speech processing; speech recognition; speech synthesis; spread spectrum communication; ultra wideband communication; video signal processing; watermarking; wireless sensor networks; AR/ARMA system modeling; Bayesian learning; CDMA; DMT communication; DSL communication; DSP implementation; JPEG 2000 implementations; MIMO capacity; MIMO precoding; OFDM; acoustic modeling; acoustics; active noise control; adaptive filtering; array processing; audio processing applications; audio-visual information processing; auditory modeling; authentication; beamforming; bioinformatics; biomedical applications; biomedical imaging; biometrics; blind source separation; channel estimation; clustering algorithms; co-operative relays; confidence measures; content based information retrieval; content protection; data storage systems; differential geometry; digital communication systems; discriminative training; distributed source coding; echo cancellation; equalization; extrapolation; hearing aids; high-dimensional geometry; human language technology; image coding; image denoising; image enhancement; image feature extraction; image filtering; image indexing; image representation; image restoration; image retrieval; image segmentation; independent component analysis; interpolation; iterative decoding; iterative receivers; joint source-channel coding; language identification; language modeling; large random matrices; large vocabulary automatic speech recognition; large-scale dynamical systems; learning theory; loudspeakers; machine learning applications; microphone array signal processing; molecular imaging; motion detection; motion estimation; multi-carrier communication; multichannel signal processing; multimedia security; multimedia signal processing; multirate signal processing; music; noise reduction; noise robust speech recognition; nonlinear filtering; nonlinear systems; nonstationary signals; parameter estimation; particle filtering; pattern classification; pattern discovery; pattern recognition; perceptual coding; prosody; psychoacoustics; quality assessment; quantization; radar applications; radio astronomical instruments; rejection algorithms; sensor networks; signal classification; signal detection; signal enhancement; signal estimation; signal processing education; signal reconstruction; signal restoration; signal sampling; sonar applications; source localization; space-time code design; space-time processing; sparse signal representation; speaker recognition; spectrum analysis; speech analysis; speech coding; speech enhancement; speech mining; speech perception; speech synthesis; spoken language understanding; spread spectrum communication; stationary signals; statistical signal processing; time series analysis; tracking; transceiver design; transducers; turbo decoding; ultra wideband communication; ultrasound imaging technology; video coding; video indexing; video retrieval; video segmentation; video transmission; voice morphing; watermarking; waveform agile sensor processing; wavelets; wireless networks;
Conference_Titel :
Acoustics, Speech, and Signal Processing, 2005. Proceedings. (ICASSP '05). IEEE International Conference on
Conference_Location :
Philadelphia, PA
Print_ISBN :
0-7803-8874-7
DOI :
10.1109/ICASSP.2005.1415622
