Technical Program

Paper Search
Program Booklet
Sunday, October 29
Sun 15:00 - 16:30
Student Paper Contest Poster Session
Fred Farr
Sun 16:30 - 18:00
Tutorial Plenary: Denoising as a Building Block for Imaging, Inverse Problems, and Machine Learning
Chapel Hall
Monday, October 30
Mon 08:15 - 09:55
Ma1a: Architecture for Security (Invited)
Evergreen
MA2a: Deep Learning for Medical Imaging (Invited)
Oak Shelter
MA3a: Optimization
Scripps
MA4a: Massive Random Access (Invited)
Nautilus
MA5a: Age of Information (Invited)
Chapel
MA6a1: Full-duplex MIMO (Invited)
Kiln
MA6a2: Federated Learning over Wireless Edge Devices I (Invited)
Kiln
MA6a3: Reconfigurable Intelligent Surfaces I (Invited)
Kiln
MA6a4: Reconfigurable Intelligent Surfaces II (Invited)
Kiln
MA6a5: Modulation and Coding
Kiln
MA6a6: Comm Systems: IoT, V2V, 5G
Fred Farr
MA6a7: Comm Systems: Optimization, Latency, and Security
Fred Farr
Mon 10:15 - 11:55
MA1b: Hyperdimensional Computing (invited)
Evergreen
MA2b: Signal Processing for Prosthetics (Invited)
Oak Shelter
MA3b: Edge Computing and Learning (Invited)
Scripps
MA4b: Massive MIMO
Nautilus
MA5b: Machine Learning over Graphs (Invited)
Chapel
MA6b1: Simultaneous Tx-Rx (Invited)
Kiln
MA6b2: Multiuser and Massive MIMO
Kiln
MA6b3: Channel Estimation
Kiln
MA6b4: Cell free Systems
Kiln
MA6b5: MIMO Communications
Fred Farr
MA6b6: Reflective Intelligent Surfaces (III)
Fred Farr
Mon 13:30 - 15:00
PLEN: Plenary Talk: Deep Generative models and Inverse problems for Signal Reconstruction
Chapel Hall
Mon 15:30 - 17:35
MP1b: Neuromorphic Computing (invited)
Evergreen
MP2b: Statistical Methods for Neural Analysis (Invited)
Oak Shelter
MP3b: Beamforming
Scripps
MP4b: Graph Signal Processing
Nautilus
MP5b: Fast and Scalable Algorithms
Chapel
MP6b1: Federated Learning over Wireless Edge Devices II (Invited)
Kiln
MP6b2: Machine Learning for Communication Systems (Invited)
Kiln
MP6b3: Wireless Networks
Kiln
MP6b4: Network Optimization and Information Theory
Fred Farr
MP6b5: Network Algorithms
Fred Farr
Tuesday, October 31
Tue 08:15 - 09:55
TA1a: Machine Learning Accelerators (invited)
Evergreen
TA2a: Holographic Approaches (Invited)
Oak Shelter
TA3a: Joint Communication and sensing (Invited)
Scripps
TA4a: Computational Imaging (Invited)
Nautilus
TA6a1: Higher-order Network Interactions (Invited)
Kiln
TA6a2: Learning with Constraints (Invited)
Kiln
TA6a3: Modern Applications (Invited)
Kiln
TA6a4: Compressive Sensing and Imaging
Kiln
TA6a5: Supervised and Self-supervised Learning
Fred Farr
TA6a6: Estimation and Inference
Fred Farr
Tue 10:15 - 11:55
TA1b: Architectures for Machine Learning
Evergreen
TA2b: Bioinformatics
Oak Shelter
TA3b: Cell-free Massive MIMO (Invited)
Scripps
TA4b: Implicit Neural Representations (Invited)
Nautilus
TA6b1: Algorithms for Adaptive Systems
Kiln
TA6b2: Deep Learning
Kiln
TA6b3: Advances in Speech Processing I (Invited)
Fred Farr
TA6b4: Advances in Speech Processing II
Fred Farr
TA6b5: Computer Vision and Imaging
Fred Farr
Tue 13:30 - 15:10
TP1a: Special Session on Adaptive Signal Processing and Machine Learning: A Tribute to Sam Stearns (Invited)
Evergreen
TP2a: Bilevel Optimization (Invited)
Oak Shelter
TP3a: Generative Models (Invited)
Scripps
TP4a: Co-design for Computational Sensing (Invited)
Nautilus
TP6a1: Automotive Radar (Invited)
Kiln
TP6a2: Array Processing Applications
Kiln
TP6a3: Source Localization and Separation
Fred Farr
TP6a4: Algorithms for Array Processing
Fred Farr
Tue 15:30 - 17:35
TP1b: Machine Learning Meets Monte Carlo (Invited)
Evergreen
TP2b: Reinforcement Learning
Oak Shelter
TP3b: Multi-channel Speech Processing (Invited)
Scripps
TP4b: Advances in Aensing and Imaging (Invited)
Nautilus
TP6b1: Single/multiphoton Optical Imaging (Invited)
Kiln
TP6b2: Machine Learning Models for Biomedical Signal and Image Processing
Kiln
TP6b3: Biomedical Signal and Image Processing
Kiln
TP6b4: B5G/6G Wireless (Invited)
Fred Farr
TP6b5: Architectures and Algorithms I
Fred Farr
Wednesday, November 1
Wed 08:15 - 09:55
WA1a: Holographic MIMO (Invited)
Evergreen
WA2a: Networked Optimization (Invited)
Oak Shelter
WA3a: mmWave Massive MIMO (Invited)
Scripps
WA4a: Channel Charting (Invited)
Nautilus
Wed 10:15 - 11:30
WA1b: MIMO for Integrated Sensing and Communication (Invited)
Evergreen
WA2b: Online Optimization and Dynamical Systems (Invited)
Oak Shelter
WA3b: Non-terrestrial Communications (Invited)
Scripps
WA4b: Secure Aggregation (Invited)
Nautilus
Special Session
2022: 2022 Papers
Chapel