Asilomar 2025
Paper Submission
Submit or Revise a Paper
Check Status of a Paper
Technical Program
Program Schedule
Paper Search
Registration
Register Online
Registration Invitation Letter
Invitation Letters
Invitation Letter
Registration Invitation Letter
Technical Program
Paper Search
Program Booklet
Sunday, October 26
Sun 15:00 - 17:00
Student Paper Contest
Merrill Hall
Sun 17:15 - 17:30
Welcome from the Chairs
Chapel
Sun 17:30 - 18:30
Overview Talk
Overview Talk: Alejandro Ribeiro "Learning with Constraints"
Chapel
Monday, October 27
Mon 08:15 - 09:55
MA1a: Integrated Sensing and Communication Systems
Heather
MA2a: Metasurfaces and EM-based Signal Processing for Wireless Communications
Acacia
MA3a: Physics-Guided Machine Learning for Sustainable Power Systems
Scripps
MA4a: Machine Learning for Communications and Networking
Nautilus
MA5a: Advanced Signal Processing and Machine Learning for Automotive Radar Sensing
Toyon
MA6a: AI in Biomedicine, Bioinformatics, and Computational Biology
Surf and Sand
MA7a: From Modulation to Power Control: AI-Driven Wireless System Optimization
Room 7
MACa: Adversarial Machine Learning
Chapel
Mon 10:15 - 11:55
MP1b: Satellite Communications
Heather
MP2b: Electromagnetic Signal Processing for MIMO
Acacia
MP3b: Advances in Topological Signal Processing
Scripps
MP4b: Machine Learning for Communication Systems
Nautilus
MP5b: Hardware-Constrained Array Systems: Advances in Modeling and Signal Processing
Toyon
MP6b: Referenceless Training and Evaluation for AI-based Computational Medical Imaging
Surf and Sand
MP7b: Passive Noise Radar
Room 7
MPCb: Generative Models Fine-tuning and Vertical Applications
Chapel
MP8b: Architectures and Implementation Advances
Merrill Hall
MP8b: Speech, Image, and Video Analysis
Merrill Hall
Mon 13:30 - 15:10
MP1a: Machine Learning for Communications
Heather
MP2a: Modeling and Signal Processing in Neuroscience
Acacia
MP3a: Trustworthy Learning over Graphs
Scripps
MP4a: Sensing and Signal Analytics via Learning Tools
Nautilus
MP5a: Array Processing Processing for mmWave Sensing
Toyon
MP6a: Emerging Trends in sub-THz Wireless Systems
Surf and Sand
MP7a: Score-based Methods for Computational Imaging
Room 7
MPCa: Foundations of Adaptive Learning Models
Chapel
MP8a: MIMO Applications and Signal Processing
Merrill Hall
Mon 15:30 - 16:00
Message from the Chairs and Student Paper Contest Results
Chapel
Mon 16:00 - 17:10
Plenary Talk
Plenary Talk: Emmanuel Candés "What Statistics and AI Offer Each Other?"
Chapel
Mon 18:30 - 21:00
Dinner and Social Event
Merrill Hall
Tuesday, October 28
Tue 08:15 - 09:55
TA1a: Theory and Applications of Implicit Neural Representations for Inverse Problems
Heather
TA2a: MIMO Transceiver Beamforming
Acacia
TA3a: Recent Advances in Optimization for Machine Learning and Networking
Scripps
TA4a: State Estimation and Bayesian Inference
Nautilus
TA5a: Integrated Learning and Processing for Future Generation Wireless Sensing
Toyon
TA6a: Advances in Machine Learning for Inverse Imaging Problems
Surf and Sand
TA7a: Efficient Learning and Adaptation Methods
Room 7
TA8a: Communication Systems and Networks
Merrill Hall
TA8a: Signal Processing and Learning for Communication Systems
Merrill Hall
Tue 10:15 - 11:55
TA1b: Advances in Wireless Channel Charting
Heather
TA2b: Full Duplex MIMO and ISAC
Acacia
TA3b: Intelligent Sensing and Communication: Optimization, Beamforming, and Hardware-Aware Design
Scripps
TA4b: Advances in Causal Inference - Theory and Applications
Nautilus
TA5b: Visual Content Analysis and Applications
Toyon
TA6b: From Molecules to Mind: Data-Driven Multimodal Fusion in Neuroimaging
Surf and Sand
TA7b: Accelerator Architectures for Communications and Machine Learning
Room 7
TA8b: Advances in Array Processing for Localization, Tracking and Learning
Merrill Hall
TA8b: Learning over Graphs and Networks
Merrill Hall
Tue 13:30 - 15:10
TP1a: Pragmatic Communications
Heather
TP2a: Deep Learning Methods for Advanced MIMO Systems
Acacia
TP3a: Federated Learninng
Scripps
TP4a: AI-Driven Wireless Channel Modeling and Prediction
Nautilus
TP5a: One-Bit and Few-Bit Sampling and Signal Processing
Toyon
TP6a: Innovations in Neurophysiological Signal Processing and Brain Stimulation
Surf and Sand
TP7a: Hardware Security
Room 7
TP8a: Adaptive Sensing and Distributed Control
Merrill Hall
TP8a: Applications in Machine Learning
Merrill Hall
Tue 15:30 - 17:35
TP1b: Channel Estimation and Equalization
Heather
TP2b: XL and Holographic MIMO
Acacia
TP3b: Resilience in Wireless Communication Networks
Scripps
TP4b: Adaptive Signal Processing and Sparse Recovery
Nautilus
TP5b: Tensor-Based Array Signal Processing
Toyon
TP6b: Multimodal Computational Imaging and Sensing
Surf and Sand
TP7b: AI Accelerator Architectures
Room 7
TP8b: Signal Processing and Computational Modeling in Biomedical and Neural Systems
Merrill Hall
Wednesday, October 29
Wed 08:15 - 09:55
WA1a: UAV Intrusion Detection Using Mobile Communications Networks
Heather
WA2a: Distributed and Cell-Free MIMO
Acacia
WA3a: Learning over Graphs
Scripps
WA4a: Probabilistic Methods for Machine Learning and Signal Processing
Nautilus
WA5a: Advances in Signal Processing for Sparse Arrays
Toyon
WA6a: Recent Advances on Signals, Control and Learning
Surf and Sand
WA7a: Novel Algorithms and Hardware architectures for Channel Code Decoding
Room 7
Wed 10:15 - 11:30
WA1b: Advances in Semantic Communications
Heather
WA2b: Near-Field MIMO Communications
Acacia
WA3b: Distributed Algorithms and Optimization
Scripps
WA4b: Reinforcement Learning for Autonomous Systems
Nautilus
WA5b: Array Processing for Next-gen Communications and Sensing
Toyon
WA6b: Neural Decoding and Decision-Making
Surf and Sand
WA7b: Novel Compute Structures
Room 7