TOPICS

Technical Program Highlights:

What to look for at ICASSP2000:

Site Information:

ICASSP2000 Connections:

Topics of interest include, but are not limited to:

1. Signal Processing Theory and Methods:1.1 Sampling, extrapolation, and interpolation; 1.2 System modeling, representation & identification; 1.3 Adaptive systems & filtering; 1.4 Stationary signals & spectrum analysis; 1.5 Non-stationary signals & time-frequency analysis; 1.6 Multi-rate signal processing & wavelets; 1.7 Detection, estimation, and classification theory & applications; 1.8 Signal restoration, reconstruction, and enhancement; 1.9 Nonlinear systems and signal processing; 1.10 Other (specify)

2. Audio and Electro-acoustics: 2.1 Transducers; 2.2 Active Noise Control; 2.3 Echo cancellation; 2.4 Auditory modeling and hearing aids; 2.5 Broadband and perceptual coding; 2.6 Applications to music; 2.7 Spatial audio; 2.8 Hardware and software systems; 2.9 Consumer and professional audio; 2.10 Other (specify)

3. Speech Processing: 3.1 Speech production & perception; 3.2 Speech analysis; 3.3 Speech synthesis; 3.4 Narrow-band & wide-band speech coding; 3.5 Speech enhancement & noise reduction; 3.6 Isolated word recognition; 3.7 Connected and continuous speech recognition; 3.8 Speaker identification; 3.9 Language identification & automatic translation; 3.10 Dialogue systems; 3.11 Robust speech Processing; 3.12 Other (specify)

4. Image and Multidimensional Signal Processing: 4.1 M-D signal processing theory and methods, 4.2 Image and video filtering; 4.3 Image and video analysis; 4.4 Image and video coding; 4.5 Image and video indexing and retrieval; 4.6 Image and video authentication and watermarking; 4.7 Image formation and computed imaging; 4.8 Image scanning, display, and printing; 4.9 Image quality 4.10 Geophysical signal, image processing; 4.11 Other (specify)

5. Multimedia Signal Processing: 5.1 Multimodal signal processing; 5.2 Indexing, retrieval, and authoring using multiple media; 5.3 Multimodal human-machine interface and perception; 5.4 Augmented/virtual reality (integration of audio, video, graphics and text); 5.5 Multimedia applications; 5.6 Other (specify)

6. Signal Processing for Communications: 6.1 Signal coding, compression, and quantization; 6.2 Modulation, encoding, and multiplexing; 6.3 Channel estimation and equalization; 6.4 Joint source - channel coding; 6.5 Multiuser detection and multicarrier systems; 6.6 Spread-spectrum systems and interference suppression; 6.7 Performance analysis, optimization, and limits; 6.8 Broadband networks and subscriber loops; 6.9 Application-specific systems and implementations; 6.10 Other (specify)

7. Sensor Array and Multichannel Signal Processing: 7.1 Channel and noise modeling and measurement; 7.2 Source detection, localization, classification, and tracking; 7.3 Electromagnetic, acoustic, and seismic models, 7.4 Theoretical and experimental performance evaluation; 7.5 Radar and sonar array processing; 7.6 Synthetic aperture methods; 7.7 Beamforming and space-time adaptive methods; 7.8 Multi-channel biological modeling and biologically based processing; 7.9 Multi-channel medical aids and diagnostic methods; 7.10 Multi-channel processing with non-wave based sensors; 7.11 Other (specify)

8. Design and Implementation of Signal Processing Systems: 8.1 Design methodology and rapid prototyping; 8.2 Algorithm transformation and mapping techniques; 8.3 Custom processors, architectures, and VLSI hardware; 8.4 Design of programmable signal processors; 8.5 Software environments and languages; 8.6 Fast algorithms; 8.7 Testing and fault tolerance; 8.8 Hardware, software, and algorithm tradeoffs and integration; 8.9 Hardware for image and video coding; 8.10 Other (specify)

9. Neural Networks for Signal Processing: 9.1 Theory and algorithms; 9.3 Architectures for signal processing; 9.3 Application-driven neural models and systems; 9.4 Neural networks for speech processing; 9.5 Neural networks for image and video processing; 9.6 Neural networks for pattern recognition; 9.7 Other (specify)

10. Digital Signal Processing Education.

11. Other Applications: 11.1 Environmental sensing; 11.2 Automotive signal processing; 11.3 Signal processing in financial engineering; 11.4 Signal processing in astronomy and space physics; 11.5 Signal processing in manufacturing; 11.6 Signal processing in medicine; 11.7 Signal Processing in quality control; 11.8 Signal processing in fine arts and music; 11.9 Other (Specify).