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My Asilomar 2018 Schedule

Note: Your custom schedule will not be saved unless you create a new account or login to an existing account.
  1. Create a login based on your email (takes less than one minute)
  2. Perform 'Paper Search'
  3. Select papers that you desire to save in your personalized schedule
  4. Click on 'My Schedule' to see the current list of selected papers
  5. Click on 'Printable Version' to create a separate window suitable for printing (the header and menu will appear, but will not actually print)

Clicking on the Add button next to a session name will add all papers in that session to your custom schedule. Clicking on the session title will show all papers contained within the session and will allow adding of individual papers to your personal schedule.

Note: Times and locations are subject to change.

Monday, October 29
10:15 - 11:55
MA1b: Signal Processing for GNSS and/or Localization with Terrestrial Networks I (Invited) Nautilus
MA2b: Machine Learning for Audio Signals (Invited) Surf & Sand
MA3b: Distributed Optimization Triton
MA4b: Deep Neural Networks Heather
MA5b: Sparse Sensor Arrays Scripps
MA6b: Statistical Signal Processing and Learning in Neuroscience (Invited) Toyon
MA7b: Computing Arithmetics and Approximations Acacia
MA8b1: Wireless Communications and Wearable Devices Merrill
MA8b2: Algorithms and Architectures Merrill
MA8b3: MIMO Decoding and Channel Estimation Merrill
MA8b4: MIMO Communications and Signal Processing Merrill
13:30 - 15:10
MP1a: mmWave Communications I Nautilus
MP2a: Machine Learning for Wireless Systems I (Invited) Surf & Sand
MP3a: Network Games (Invited) Triton
MP4a: Tensor Signal and Information Processing (Invited) Heather
MP5a: L1-norm Array Data Processing (Invited) Scripps
MP6a: Multivariate Signal Processing for Neural Signals (Invited) Toyon
MP7a: Far-Infrared/Thermal Image Processing (Invited) Acacia
MP8a1: Radar-Communications and Localization Merrill
MP8a4: Signal Processing for GNSS and/or Localization with Terrestrial Networks II (Invited) Merrill
MP8a2: Communication System Design Merrill
MP8a3: Communication System Analysis Merrill
15:30 - 17:10
MP1b: mmWave Communications II Nautilus
MP2b: Machine Learning for Wireless Systems II (Invited) Surf & Sand
MP3b: Hardware-constrained Signal Processing and Architectures for Multiantenna Transceivers (Invited) Triton
MP4b: Active Online Learning and Tracking (Invited) Heather
MP5b: Convex and Non-convex Optimization for Quadratic and Multilinear Inverse Problems (Invited) Scripps
MP6b: Brain Circuitry and Dynamics (Invited) Toyon
MP7b: Audio Source Separation and Synthesis (Invited) Acacia
Tuesday, October 30
08:15 - 09:55
TA1a: Multicarrier Communications Nautilus
TA2a: UAV Cellular Communications in 5G (Invited) Surf & Sand
TA3a: Graph Signal Processing Triton
TA4a: Optimization for Data Analytics Heather
TA5a: Machine Learning and Hardware Aspects Scripps
TA6a: Tensor Decompositions for Biomedical Engineering (Invited) Toyon
TA7a: Speech Processing Acacia
TA8a3: Array Processing and Multisensor Systems for Radar Merrill
TA8a1: Beamforming and Array-Based Estimation I Merrill
TA8a2: Machine Learning and Data Analytics Merrill
10:15 - 11:55
TA1b: Radar-Communications RF Convergence (Invited) Nautilus
TA2b: Cell-Free and Distributed Massive MIMO Systems (Invited) Surf & Sand
TA3b: Graph Signal Processing (Invited) Triton
TA4b: Algorithms for Data Analytics Heather
TA5b: Array Processing for Coexistence of Radio Frequency Systems (Invited) Scripps
TA6b: Waveform Processing for 5G and Beyond (Invited) Toyon
TA7b: Speech and Audio Technologies Acacia
TA8b3: Signal Processing for Medical Imaging Merrill
TA8b4: Biomedical Signal Processing and Instrumentation Merrill
TA8b2: Beamforming and Array-Based Estimation II Merrill
TA8b1: Source Localization Merrill
13:30 - 15:10
TP1a: 5G and Beyond (Invited) Nautilus
TP2a: Beam and Channel Tracking for Millimeter Wave MIMO Systems (Invited) Surf & Sand
TP3a: Wireless Autonomous Networks (Invited) Triton
TP4a: Sequential Analysis in Networked Data (Invited) Heather
TP5a: Cognitive Radar (Invited) Scripps
TP6a: Statistical Analysis of Biomedical Data Toyon
TP7a: Interference Cancellation for FDD and Full Duplex Communications (Invited) Acacia
TP8a3: Signal and Image Processing and Implementations Merrill
TP8a4: Autonomous Systems and Image Analysis Merrill
TP8a1: Network Dynamical Systems Merrill
TP8a2: Communication Networks Merrill
15:30 - 17:35
TP1b: System and Transceiver Design for THz Communications (Invited) Nautilus
TP2b: Millimeter Wave MIMO Surf & Sand
TP3b: Wireless Networks Triton
TP4b: Taming Nonconvexity in High-Dimensional Statistical Inference (Invited) Heather
TP5b: Passive Imaging and Detection (Invited) Scripps
TP6b: Machine Learning Advances in Medical Imaging (Invited) Toyon
TP7b: Architectures for Massive MIMO Communication Systems (Invited) Acacia
TP8b2: Adaptive Signal Processing Merrill
TP8b3: Detection, Estimation and Inference II Merrill
TP8b4: Communication Systems and Constraints Merrill
TP8b1: Physical Layer Security and Privacy Merrill
Wednesday, October 31
08:15 - 09:55
WA1a: Biologically Inspired Communications and Signal Processing (Invited) Nautilus
WA2a: Uplink Signal Processing for MIMO Communications Surf & Sand
WA3a: Smart Grids (Invited) Triton
WA4a: Models and Algorithms for Big-Data Analytics (Invited) Heather
WA5a: Waveform Optimization for MIMO/Cognitive Radar Scripps
WA6a: Signal Processing Advances in Neuroimaging Toyon
WA7a: Speech Technologies (Invited) Acacia
WA8a4: Robust Methods in Multi-sensor Systems Merrill
WA8a1: Sparse Signal Processing Merrill
WA8a2: Kernel Methods and Clustering Merrill
WA8a3: Machine Learning Applications Merrill
10:15 - 11:30
WA1b: Detection, Estimation and Inference I Nautilus
WA2b: Implementation and Deployment of Massive MIMO Surf & Sand
WA3b: Distributed Learning and Adaptation over Networks (Invited) Triton
WA4b: Information-theoretic Approaches to Machine Learning (Invited) Heather
WA5b: Source Localization, Separation and Tracking Scripps
WA6b: In-band Full-duplex Wireless Communications (Invited) Toyon
WA7b: Computer Vision, Image and Video Analysis Acacia