Overall Conference Program

Scheduling Details:

• Presentation length:
  1. Oral Presentations:
     Paper presentation are scheduled every 25mn for all oral presentation. Authors will be allowed 20mn for oral presentation, and 5mn will be reserved for questions.
  2. Interactive (Poster) Presentations:
     Interactive presentations last 1 hour and 30mn. Refer to the schedule below for specific times.
• Breaks:
  Morning breaks on tuesday and wednesday are scheduled: 10:10am - 10:25am
  Afternoon breaks are scheduled: 3:10pm - 3:30pm

Sunday, November 1st

• Registration open: 3:30pm - 6:00pm
• Welcoming Reception: 7:30pm - 9:00pm

Monday, November 2nd

• Conference Opening Address (8:15am - 8:45am)
• Plenary Speaker: Dr. Andrew Viterbi, Qualcomm Inc., Wireless Communications for the 21st century (8:45am -9:45am)
• Morning sessions: (Start at 10:15am)
  • MA1b: Synthetic Aperture Radar
  • MA2b - Signal Processing for Communications I
  • MA3b - Multicarrier Communications
  • MA4b - Signal Processing for Networking
  • MA5b - Signal Processing for Interactive Multimedia I
  • MA6b - Dual-Use Applications for Signal and Image Processing
  • MA7b - Still Image Compression I
  • MA8b - Computer Arithmetic (Interactive Lecture)
• Afternoon sessions: (Start at 1:30pm, break: 3.10pm-3:30pm)
  • MP1a - Signal Processing for Interactive Multimedia II
  • MP1b - Internet Imaging
  • MP2 - Advances in Spectrum Analysis
  • MP3 - Biomedical Signal Processing
  • MP4 - Speech Coding
  • MP5 - Adaptive Filtering for Communications I
  • MP6 - Radar and Sonar
  • MP7 - Complexity Issues in Image/Video Coding
  • MP8a - Algorithms and Structures for Adaptive Signal Processing (Interactive Lecture)
  • MP8b - Distributed Detection and Data Fusion (Interactive Lecture)
• Cocktail Party (6:30pm - 8:30pm)
  Held at the naval Postgraduate School, Monterey. Directions will be available at registration.

• Morning sessions: (Start at 8:30am, break: 10:10am - 10:25am)
  • TA1 - Multiuser Communications I
  • TA2 - Adaptive Filters for Nonlinear Signal Processing
  • TA3 - Multiscale Statistical Analysis and Applications
  • TA4 - Smart Antennas in Wireless Communications
  • TA5 - Time-frequency Representation
  • TA6 - Video Processing
  • TA7 - Digital Image/Video Libraries
  • TA8a - Blind Image Restoration and Image Processing Applications (Interactive Lecture)
  • TA8b - Implementation of Analog and Digital Systems (Interactive Lecture)
• Afternoon sessions: (Start at 1:30pm, break: 3:10pm - 3:30pm)
  • TP1 - Space-Time Adaptive Signal Processing for Wireless Communications
  • TP2 - Blind Channel Estimation and Equalization
  • TP3 - Analysis and Performance of Adaptive Filters
  • TP4 - Applications-Specific Architectures
  • TP5 - Still Image Compression II
  • TP6 - Hyperspectral Imaging and Remote Sensing
  • TP7 - Applications of Statistical Array Processing
  • TP8a - Wavelets and Digital Signal Processing Applications (Interactive Lecture)
  • TP8b - Estimation and Detection (Interactive Lecture)

• Morning sessions: (Start at 8:30am, break: 10:10am - 10:25am)
  • WA1 - Adaptive Filtering for Communications II
  • WA2 - Space-Time Adaptive Processing
  • WA3 - Source Separation and Channel Estimation
  • WA4 - Multimedia Signal Processing
  • WA5 - Wavelets/Time-Scale Representations
  • WA6 - Models in Imaging and Tomography
  • WA7 - System Level Design Tools, Methods, and Case Studies
  • WA8a - Signal Processing for Communications II (Interactive Lecture)
  • WA8b - Multiuser Communications II (Interactive Lecture)