Asilomar Schedule 06/11/2019

# Asilomar Schedule 06/11/2019 ###### Tags: `Others` 07:30 - 09:00 Breakfast Crocker Dining Hall 08:00 - 12:00 Registration 08:15 - 09:55 * WA1a: Hardware-Aware MIMO Transmission Strategies Nautilus <details> <summary> Details </summary> WA1a-1: CLOSED-LOOP DPD FOR DIGITAL MIMO TRANSMITTERS UNDER ANTENNA CROSSTALK Alberto Brihuega; Tampere University Mahmoud Abdelaziz; Tampere University Lauri Anttila; Tampere University Carlos Baquero Barneto; Tampere University Mikko Valkama; Tampere University WA1a-2: PAPR-LIMITED PRECODING IN MASSIVE MIMO SYSTEMS WITH REFLECT- AND TRANSMIT-ARRAY ANTENNAS Ali Bereyhi; Friedrich-Alexander Universität Erlangen-Nürnberg Vahid Jamali; Friedrich-Alexander Universität Erlangen-Nürnberg Ralf R. Müller; Friedrich-Alexander Universität Erlangen-Nürnberg Georg Fischer; Friedrich-Alexander Universität Erlangen-Nürnberg Robert Schober; Friedrich-Alexander Universität Erlangen-Nürnberg Antonia M. Tulino; Nokia Bell Labs / University degli Studi di Napoli Federico II WA1a-3: BIT ALLOCATION STRATEGIES FOR GENERALISED SPATIAL MODULATION Nilab Ismailoglu; KTH Royal Institute of Technology Baptiste Cavarec; KTH Royal Institute of Technology Mats Bengtsson; KTH Royal Institute of Technology WA1a-4: MITIGATION OF JAMMING ATTACK IN MASSIVE MIMO WITH ONE-BIT SIGMA-DELTA ADCS Hessam Pirzadeh; University of California, Irvine A. Lee Swindlehurst; University of California, Irvine </details> * WA2a: Advances in Neural Modeling Surf & Sand <details> <summary> Details </summary> WA2a-1: SPATIOTEMPORAL FEATURE EXTRACTION VIA EMBEDDED DYNAMIC MODE DECOMPOSITION FOR SEIZURE ANALYSIS Negar Erfanian Taghvayi; Rice University Behnaam Aazhang; Rice University WA2a-2: LOCALIZATION OF EMOTIONAL AFFECT IN ELECTROCORTICOGRAPHY USING A MODEL BASED DISCRIMINATION METRIC Alan Kaplan; Lawrence Livermore National Laboratory Piyush Karande; Lawrence Livermore National Laboratory Piyush Karande; Lawrence Livermore National Laboratory Elizabeth Tran; Lawrence Livermore National Laboratory Maryam Bijanzadeh; University of California, San Francisco Heather Dawes; University of California, San Francisco Edward Chang; University of California, San Francisco WA2a-3: CHARACTERIZING THE DYNAMIC SPATIOTEMPORAL RECEPTIVE FIELDS OF VISUAL NEURONS ACROSS SACCADIC EYE MOVEMENTS Yasin Zamani; University of Utah Neda Nategh; University of Utah WA2a-4: A STATISTICAL APPROACH TO DYNAMIC SYNCHRONY ANALYSIS OF NEURONAL ENSEMBLE SPIKING Shoutik Mukherjee; University of Maryland, College Park Behtash Babadi; University of Maryland, College Park </details> * WA3a: Modulation and Coding Triton <details> <summary> Details </summary> WA3a-1: TERNARY QUANTIZED POLAR CODE DECODERS: ANALYSIS AND DESIGN Joachim Neu; Stanford University Mustafa Cemil Coşkun; German Aerospace Center (DLR) Gianluigi Liva; German Aerospace Center (DLR) WA3a-2: CONTINUOUS PHASE MODULATION WITH 1-BIT QUANTIZATION AND OVERSAMPLING USING SOFT DETECTION AND ITERATIVE DECODING Rodrigo Alencar; Pontifícia Universidade Católica do Rio de Janeiro Lukas Landau; Pontifícia Universidade Católica do Rio de Janeiro Rodrigo de Lamare; Pontifícia Universidade Católica do Rio de Janeiro WA3a-3: PATTERNED ERASURE CORRECTING CODES FOR LOW STORAGE-OVERHEAD BLOCKCHAIN SYSTEMS Debarnab Mitra; University of California, Los Angeles Lara Dolecek; University of California, Los Angeles </details> * WA4a: Deep Learning Theory (Invited) Heather <details> <summary> Details </summary> WA4a-1: A THEORETICAL LOOK AT ADVERSARIAL ATTACKS ON NEURAL NETWORKS Tom Goldstein; University of Maryland Ali Shafahi; University of Maryland W Ronny Huang; University of Maryland Soheil Feizi; University of Maryland WA4a-2: RANDOMIZED ALTERNATING DIRECTIONS METHODS FOR EFFICIENT DISTRIBUTED OPTIMIZATION Mert Pilanci; Stanford University WA4a-3: ROBUSTNESS AND GENERALIZATION GUARANTEES FOR OVER-PARAMETERIZED NEURAL NETWORK TRAINING Mahdi Soltanolkotabi; University of Southern California WA4a-4: LOW-DIMENSIONAL MODELS AND DEEP NETWORKS FOR HIGH-DIMENSIONAL DATA Yi Ma; University of California, Berkeley </details> * WA5a: Game-Theoretic Learning in Networks (Invited) Scripps <details> <summary> Details </summary> WA5a-1: GRADIENT DYNAMICS IN FINITE POTENTIAL GAMES Brian Swenson; Princeton University H. Vincent Poor; Princeton University WA5a-2: ON LEARNING EFFICIENT EQUILIBRIA IN STOCHASTIC DYNAMIC GAMES AND OPTIMAL EQULIBRIA IN DYNAMIC TEAMS Bora Yongacoglu; Queen's University Gurdal Arslan; University of Hawaii Serdar Yuksel; Queen's University WA5a-3: ON THE ROLE OF INFORMATION IN LEARNING IN GAMES OVER NETWORKS Lacra Pavel; University of Toronto WA5a-4: DISTRIBUTED FICTITIOUS PLAY IN POTENTIAL GAMES WITH ROW STOCHASTICITY AND TIME VARYING CONNECTIVITY Sina Arefizadeh; Texas A&M University Ceyhun Eksin; Texas A&M University </details> * WA6a: Machine Learning in Communications Toyon <details> <summary> Details </summary> WA6a-1: DEEP LEARNING FOR THE DEGRADED BROADCAST CHANNEL Erik Stauffer; Google Andy Wang; Google Nihar Jindal; Google WA6a-2: TWO-STAGE LEARNING FOR UPLINK CHANNEL ESTIMATION IN ONE-BIT MASSIVE MIMO Eren Balevi; University of Texas at Austin Jeffrey Andrews; University of Texas at Austin WA6a-3: LINEAR FUNCTION APPROXIMATION BASED REINFORCEMENT LEARNING FOR EDGE CACHING IN MASSIVE MIMO NETWORKS Navneet Garg; Heriot-Watt University Mathini Sellathurai; Heriot-Watt University Tharmalingam Ratnarajah; University of Edinburgh WA6a-4: LEARNING TO CODE: CODED CACHING VIA DEEP REINFORCEMENT LEARNING Navid Naderializadeh; Intel Corporation Seyed Mohammad Asghari; University of Southern California </details> * WA7a: Imaging and Multimedia (Invited) Acacia <details> <summary> Details </summary> WA7a-1: 3D SURFACE MEASUREMENT AND ANALYSIS OF WORKS OF ART Bingjie (Jenny) Xu; Northwestern University Florian Willomitzer; Northwestern University Chia-Kai Yeh; Northwestern University Fengqiang Li; Northwestern University Vikas Gupta; Northwestern University Jack Tumblin; Northwestern University Marc Walton; Northwestern University Oliver Cossairt; Northwestern University WA7a-2: MULTIMODAL EMBEDDINGS AND THEIR APPLICATIONS TO SOCIAL MEDIA ANALYTICS Karan Sikka; SRI International Ajay Divakaran; SRI International WA7a-3: ADAPTIVE IMAGING AND SPECTROSCOPY Aswin Sankaranarayanan; Carnegie Mellon University Vishwanath Saragadam; Carnegie Mellon University WA7a-4: MULTIMODAL BEHAVIOR ANALYTICS AND ITS APPLICATIONS Amir Tamrakar; SRI International </details> * WA8a1: Estimation, Inference, and Learning Merrill <details> <summary> Details </summary> WA8a1-1: LEARNING GRAPH PROCESSES WITH MULTIPLE DYNAMICAL MODELS Qin Lu; University of Minnesota Vassilis N. Ioannidis; University of Minnesota Georgios B. Giannakis; University of Minnesota WA8a1-2: ADVERSARIALLY ROBUST HYPOTHESIS TESTING Yulu Jin; University of California, Davis Lifeng Lai; University of California, Davis WA8a1-3: SEPARATING AN OUTLIER FROM A CHANGE Deniz Sargun Sargun; Ohio State University C. Emre Koksal; Ohio State University WA8a1-4: TRACKING MULTIPLE OBJECTS WITH DEPENDENT MEASUREMENTS USING BAYESIAN NONPARAMETRIC MODELING Bahman Moraffah; Arizona State University Cesar Brito; Arizona State University Bindya Venkatesh; Arizona State University Antonia Papandreou-Suppappola; Arizona State University WA8a1-5: DISTRIBUTED SEQUENTIAL HYPOTHESIS TESTING WITH DEPENDENT SENSOR OBSERVATIONS Shan Zhang; Syracuse University Prashant Khanduri; Syracuse University Pramod Varshney; Syracuse University WA8a1-6: A CONSENSUS-BASED APPROACH FOR DISTRIBUTED QUICKEST DETECTION OF SIGNIFICANT EVENTS IN NETWORKS Jian Li; University of Massachusetts, Amherst Don Towsley; University of Massachusetts, Amherst Shaofeng Zou; University at Buffalo Venugopal V. Veeravalli; University of Illinois at Urbana-Champaign Gabriela Ciocarlie; SRI International WA8a1-7: SEQUENTIAL TIME-FREQUENCY SIGNATURE ESTIMATION OF MULTI-COMPONENT FM SIGNALS Vaishali Amin; Temple University Yimin Zhang; Temple University Braham Himed; Air Force Research Laboratory WA8a1-8: THE RELATIONSHIP BETWEEN TEMPORAL AND SPECTRAL COHERENCE IN THE DETECTION OF CYCLOSTATIONARY PROCESSES Stephen Howard; Defence Science & Technology Group Songsri Sirianunpiboon; Defence Science & Technology Group Douglas Cochran; Arizona State University WA8a1-9: PREDICTIVE DISTRIBUTION ESTIMATION FOR BAYESIAN MACHINE LEARNING USING A DIRICHLET PROCESS PRIOR Paul Rademacher; US Naval Research Laboratory Milos Doroslovacki; George Washington University </details> * WA8a2: Image Processing and Applications Merrill <details> <summary> Details </summary> WA8a2-1: PERCEPTUALLY INSPIRED NORMALIZED CONDITIONAL COMPRESSION DISTANCE Nima Nikvand; Ryerson University Zhou Wang; University of Waterloo Xavier Fernando; Ryerson University Wisam Farjow; Adjunct Professor WA8a2-2: FAST COLOR-GUIDED DEPTH DENOISING FOR RGB-D IMAGES BY GRAPH FILTERING Qiwei Huang; Fudan University Ruikang Li; Fudan University Sijie Lin; Fudan University Hui Feng; Fudan University Bo Hu; Fudan University WA8a2-3: FPGA PROTOTYPING OF A HIGH-RESOLUTION TERRASAR-X IMAGE PROCESSOR FOR ICEBERG DETECTION Daniel Gregorek; University of Bremen Dominik Günzel; University of Bremen Jochen Rust; University of Bremen Steffen Paul; University of Bremen Domico Velotto; German Aerospace Center (DLR) James Imber; German Aerospace Center (DLR) Björn Tings; German Aerospace Center (DLR) Anja Frost; German Aerospace Center (DLR) WA8a2-4: DISTANCE ACCURACY OF REAL ENVIRONMENTS IN VIRTUAL REALITY HEAD-MOUNTED DISPLAYS: POTENTIALS AND CHALLENGES Fatima El Jamiy; University of North Dakota Ronald Marsh; University of North Dakota WA8a2-5: DOMAIN-ENRICHED DEEP NETWORK FOR MICRO-CT IMAGE SEGMENTATION Amirsaeed Yazdani; Pennsylvania State University Nicholas B Stephens; Pennsylvania State University Venkateswararao Cherukuri; Pennsylvania State University Timothy Ryan; Pennsylvania State University Vishal Monga; Pennsylvania State University WA8a2-6: EFFICIENT BANDING-ALLEVIATING INVERSE TONE MAPPING FOR HIGH DYNAMIC RANGE VIDEO Neeraj Gadgil; Dolby Laboratories Inc. Qing Song; Dolby Laboratories Inc. Guan-Ming Su; Dolby Laboratories Inc. WA8a2-7: DEEP NO-REFERENCE TONE MAPPED IMAGE QUALITY ASSESSMENT Chandra Sekhar Ravuri; Indian Institute of Technology, Gandhinagar Rajesh Sureddi; Indian Institute of Technology, Hyderabad Sathya Veera Reddy Dendi; Indian Institute of Technology, Hyderabad Shanmuganathan Raman; Indian Institute of Technology, Gandhinagar Sumohana S. Channappayya; Indian Institute of Technology, Hyderabad WA8a2-8: 3D SENSOR-BASED UAV LOCALIZATION FOR BRIDGE INSPECTION Burak Kakillioglu; Syracuse University Alireza Janani; Automodality Inc. Jiyang Wang; Syracuse University Senem Velipasalar; Syracuse University Edward Koch; Automodality Inc. </details> * WA8a3: Signal Processing and Applications Merrill <details> <summary> Details </summary> WA8a3-1: MUSIC SOURCE SEPARATION WITH GENERATIVE ADVERSARIAL NETWORK AND WAVEFORM AVERAGING Ryosuke Tanabe; Keio University Yuto Ichikawa; Keio University Takanori Fujisawa; Keio University Masaaki Ikehara; Keio University WA8a3-2: DESIGN OPTIONS FOR AUDIO FREQUENCY SHIFTING SYSTEM FOR UNIQUE AND INTERESTING SOUND EFFECTS fred harris; University of California, San Diego Nicholas Gregorich; San Diego State University Chris Dick; Xilinx WA8a3-3: MULTI-PITCH ESTIMATION USING NHF WITH MULTI-DICTIONARY DISTINGUISHING ATTACK AND REVERBERATION OF SOUNDS Takanori Fujisawa; Keio University Sora Harada; Keio University Masaaki Ikehara; Keio University WA8a3-4: CLUSTERING-AWARE STRUCTURE-CONSTRAINED LOW-RANK SUBMODULE CLUSTERING Tong Wu; Rutgers University WA8a3-5: A BRAZILIAN PORTUGUESE REAL-TIME VOICE RECOGNITION TO DEAL WITH SENSITIVE DATA Felipe Abreu Pinna; University of Sao Paulo Joao Carlos Neto; University of Sao Paulo Wilson Ruggiero; University of Sao Paulo WA8a3-6: TEMPORAL FREQUENCY ANALYSIS: TARGET ISOLATION AND SIGNAL OPTIMIZATION Jaclynn Stubbs; Sandia National Laboratories Bryana Woo; Sandia National Laboratories Gabriel Birch; Sandia National Laboratories Camron Kouhestani; Sandia National Laboratories David Novick; Sandia National Laboratories WA8a3-7: ULTRA-FAST SALIENCY DETECTION USING QR FACTORIZATION Tariq Alshawi; King Saud University WA8a3-8: A FAST STEREO AUDIO SOURCE SEPARATION FOR MOVING SOURCES Oleg Golokolenko; Technische Universität Ilmenau Gerald Schuller; Technische Universität Ilmenau </details> * WA8a4: 5G and Beyond Merrill <details> <summary> Details </summary> WA8a4-1: SPATIAL MODULATION LINK ADAPTATION: A DEEP LEARNING APPROACH Anxo Tato; Universidade de Vigo Carlos Mosquera; Universidade de Vigo WA8a4-2: SPARSELY-STRUCTURED MULTIUSER DETECTION FOR LARGE MASSIVELY CONCURRENT NOMA SYSTEMS Razvan-Andrei Stoica; Jacobs University Bremen Hiroki Iimori; Jacobs University Bremen Giuseppe Thadeu Freitas de Abreu; Jacobs University Bremen WA8a4-3: INTERFERENCE-AWARE OFFLOADING OF DEADLINE-CONSTRAINED TRAFFIC IN HIGH DENSITY CELLULAR SYSTEMS Ahmed Ewaisha; Arizona State University Cihan Tepedelenlioglu; Arizona State University WA8a4-4: INCREASING THE BANDWIDTH EFFICIENCY IN UW-OFDM Oliver Lang; Johannes Kepler University Linz Carl Böck; Johannes Kepler University Linz Mario Huemer; Johannes Kepler University Linz Christian Hofbauer; Linz Center of Meachatronics GmbH WA8a4-5: LOW COMPLEXITY UPLINK GRANT-FREE NOMA BASED ON BOOSTED APPROXIMATE MESSAGE PASSING Takanori Hara; University of Electro-Communications Koji Ishibashi; University of Electro-Communications WA8a4-6: SIMULTANEOUS WIRELESS INFORMATION AND POWER TRANSFER: AN S-PARAMETER APPROACH Tomohiro Arakawa; Purdue University James Krogmeier; Purdue University David Love; Purdue University WA8a4-7: KEY GENERATION FOR SECURE DISTRIBUTED DETECTION IN IOT USING IOT QUANTIZATION Henri Hentilä; Aalto University Visa Koivunen; Aalto University Vincent Poor; Princeton University WA8a4-8: DYNAMIC UL/DL MODE SELECTION AND RESOURCE ALLOCATION IN MULTI-CELL MIMO TDD SYSTEMS Antti Arvola; University of Oulu Satya Joshi; University of Oulu Antti Tölli; University of Oulu </details> 10:15 - 11:30 * WA1b: IoT and Cell-Free Massive MIMO Nautilus <details> <summary> Details </summary> WA1b-1: INTERNET OF THINGS BASED ON CELL-FREE MASSIVE MIMO Shilpa Rao; University of California, Irvine Alexei Ashikhmin; Nokia Bell Labs Hong Yang; Nokia Bell Labs WA1b-2: TAKING CELLULAR IOT ENERGY EFFICIENCY TO THE NEXT LEVEL Nafiseh Mazloum; Sony Research Center Lund Dripta Ray; Lund University Ratna Pavan Kumar Ponna; Lund University Ove Edfors; Lund University WA1b-3: LORA SYMBOL ERROR RATE UNDER NON-CHIP- AND NON-PHASE-ALIGNED INTERFERENCE Orion Afisiadis; Ecole polytechnique fédérale de Lausanne (EPFL) Matthieu Cotting; Ecole polytechnique fédérale de Lausanne (EPFL) Andreas Burg; Ecole polytechnique fédérale de Lausanne (EPFL) Alexios Balatsoukas-Stimming; Ecole polytechnique fédérale de Lausanne (EPFL) </details> * WA2b: Estimation, Optimization, and Learning Surf & Sand <details> <summary> Details </summary> WA2b-1: A NOVEL RIEMANNIAN OPTIMIZATION APPROACH AND ALGORITHMS FOR SOLVING THE PHASE RETRIEVAL PROBLEM Ahmed Douik; California Institute of Technology Fariborz Salehi; California Institute of Technology Babak Hassibi; California Institute of Technology WA2b-2: DECENTRALIZED MASSIVE MIMO UPLINK SIGNAL ESTIMATION BY BINARY MULTISTEP SYNTHESIS Pascal Seidel; University of Bremen Steffen Paul; University of Bremen Jochen Rust; University of Bremen WA2b-3: TOWARDS PRACTICAL FDD MASSIVE MIMO: CSI EXTRAPOLATION DRIVEN BY DEEP LEARNING AND ACTUAL CHANNEL MEASUREMENTS Maximilian Arnold; University of Stuttgart Sebastian Dörner; University of Stuttgart Sebastian Cammerer; University of Stuttgart Jakob Hoydis; University of Stuttgart Stephan Ten Brink; University of Stuttgart </details> * WA3b: Ultra-Reliable and Low-Latency Communication Triton <details> <summary> Details </summary> WA3b-1: AGE OF INFORMATION IN MULTICAST NETWORKS WITH MULTIPLE UPDATE STREAMS Baturalp Buyukates; University of Maryland Alkan Soysal; Bahcesehir University Sennur Ulukus; University of Maryland WA3b-2: CONTROL AND DATA CHANNEL COMBINING IN ULTRA-RELIABLE LOW-LATENCY COMMUNICATION Trung-Kien Le; EURECOM Umer Salim; TCL Florian Kaltenberger; EURECOM WA3b-3: MULTI-TP TRANSMISSION SCHEMES FOR FACTORY AUTOMATION Fatemeh Hamidi-Sepehr; Intel Corporation Debdeep Chatterjee; Intel Corporation Bishwarup Mondal; Intel Corporation Sergey Panteleev; Intel Corporation Alexei Davydov; Intel Corporation Avik Sengupta; Intel Corporation Toufiqul Islam; Intel Corporation </details> * WA4b: Machine Learning Heather <details> <summary> Details </summary> WA4b-1: OPTIMAL PIECEWISE APPROXIMATIONS FOR MODEL INTERPRETATION Kartik Ahuja; University of California, Los Angeles William Zame; University of California, Los Angeles Mihaela van der Schaar; University of California, Los Angeles WA4b-2: CONVEX HIERARCHICAL CLUSTERING FOR GRAPH-STRUCTURED DATA Claire Donnat; Stanford University Susan Holmes; Stanford University WA4b-3: A MODIFIED LOGISTIC REGRESSION FOR POSITIVE AND UNLABELED LEARNING Kristen Jaskie; Arizona State University Charles Elkan; University of California, San Diego Andreas Spanias; Arizona State University </details> * WA5b: Age of Information: Advances Scripps <details> <summary> Details </summary> WA5b-1: OPTIMAL TRANSMISSION POLICIES FOR ENERGY HARVESTING AGE OF INFORMATION SYSTEMS WITH BATTERY RECOVERY Caglar Tunc; New York University Shivendra Panwar; New York University WA5b-2: AGE OF INFORMATION WITH UNRELIABLE TRANSMISSIONS IN MULTI-SOURCE MULTI-HOP STATUS UPDATE SYSTEMS Shahab Farazi; Worcester Polytechnic Institute Andrew Klein; Western Washington University Donald Brown; Worcester Polytechnic Institute WA5b-3: AGE OF INFORMATION IN G/G/1/1 SYSTEMS Alkan Soysal; Bahcesehir University Sennur Ulukus; University of Maryland </details> * WA6b: Signal Processing Advances in Neuroimaging II Toyon <details> <summary> Details </summary> WA6b-1: EFFICIENT BLINKING ARTIFACT COMPONENT ESTIMATION IN SUBSPACE-BASED EEG AND MEG ANALYSIS Younes Sadat-Nejad; Ryerson University Soosan Beheshti; Ryerson University WA6b-2: REAL-TIME SEIZURE STATE TRACKING USING TWO CHANNELS: A MIXED-FILTER APPROACH Mohammad Badri Ahmadi; University of Houston Alexander Craik; University of Houston Hamid Fekri Azgomi; University of Houston Joseph T. Francis; University of Houston Jose L. Contreras-Vidal; University of Houston Rose T. Faghih; University of Houston WA6b-3: COST-EFFICIENT SEIZURE DETECTION Bingzhao Zhu; Cornell University Mahsa Shoaran; Cornell University </details> * WA7b: Signal Processing Methods for Radar Acacia <details> <summary> Details </summary> WA7b-1: DEEP CNN FOR EXTRACTION OF SIDELOBES FROM SAR IMAGERY IN SPECTRALLY RESTRICTED ENVIRONMENT Lam Nguyen; US Army Research Laboratory Trac Tran; Johns Hopkins University WA7b-2: AN ADMM FOR TARGET DETECTION IN ONE-BIT COMPRESSIVE RADAR SENSING Seyed Majid Naji; Sharif University of Technology Mohammad Mahdi Naghsh; Isfahan University of Technology Maryam Masjedi; Isfahan University of Technology Jian Li; University of Florida WA7b-3: REDUCED PMEPR MULTICARRIER RADAR WAVEFORM DESIGN Salil Sharma; Aalto University Marian Bica; Aalto University Visa Koivunen; Aalto University </details> * WA8b1: Deep Learning Merrill <details> <summary> Details </summary> WA8b1-1: COUNTING LATTICE POINTS IN THE SPHERE USING DEEP NEURAL NETWORKS Aymen Askri; Télécom ParisTech Ghaya Rekaya-Ben Othman; Télécom ParisTech Hadi Ghauch; Télécom ParisTech WA8b1-2: DSP-INSPIRED DEEP LEARNING: A CASE STUDY USING RAMANUJAN SUBSPACES Srikanth Tenneti; Amazon Web Services P. P. Vaidyanathan; California Institute of Technology WA8b1-3: MEDA: MULTI-OUTPUT ENCODER-DECODER FOR SPATIAL ATTENTION IN CONVOLUTIONAL NEURAL NETWORKS Huayu Li; Northern Arizona University Abolfazl Razi; Northern Arizona University WA8b1-4: LOSS FUNCTIONS FORCING CLUSTER SEPARATIONS FOR MULTI-CLASS CLASSIFICATION USING DEEP NEURAL NETWORKS Li Li; George Washington University Milos Doroslovacki; George Washington University Murray Loew; George Washington University WA8b1-5: LEARNING STRUCTURED SIGNALS USING GANS WITH APPLICATIONS IN DENOISING AND DEMIXING Mohammadreza Soltani; Iowa State university Swayambhoo Jain; Technicolor Research AI Lab Chinmay Hegde; Iowa State University WA8b1-7: DATA-DRIVEN DISCOVERY OF PDES FOR PHYSICAL SYSTEMS Ruixian Liu; University of California, San Diego Peter Gerstoft; University of California, San Diego Michael Bianco; University of California, San Diego WA8b1-8: THE AUTOENCODER-KALMAN FILTER: THEORY AND PRACTICE Matthew Weiss; Worcester Polytechnic Institute Joshua Uzarski; Natick Solider Research, Development and Engineering Randy Paffenroth; Worcester Polytechnic Institute </details> * WA8b2: Detection and Estimation Algorithms Merrill <details> <summary> Details </summary> WA8b2-1: JOINT DETECTION IN MASSIVE OVERLOADED WIRELESS SYSTEMS VIA MIXED-NORM DISCRETE VECTOR DECODING Hiroki Iimori; Jacobs University Bremen Giuseppe Abreu; Jacobs University Bremen David González G.; Continental Teves AG & Co. oHG Osvaldo Gonsa; Continental Teves AG & Co. oHG WA8b2-2: CHANNEL ESTIMATION FOR MASSIVE MIMO: A SEMIBLIND ALGORITHM EXPLOITING QAM STRUCTURE Baki Berkay Yilmaz; Georgia Institute of Technology Alper Tunga Erdogan; Koc University WA8b2-3: NON-COHERENT MULTI-USER DETECTION BASED ON EXPECTATION PROPAGATION Khac-Hoang Ngo; Huawei Technologies France, Paris Research Center Maxime Guillaud; Huawei Technologies France, Paris Research Center Alexis Decurninge; Huawei Technologies France, Paris Research Center Sheng Yang; Laboratory of Signals and Systems, CentraleSupélec Subrata Sarkar; Ohio State University Philip Schniter; Ohio State University WA8b2-4: ADAPTIVE ACTIVITY-AWARE LIST-BASED DECISION FEEDBACK DETECTION FOR MASSIVE MACHINE-TYPE COMMUNICATIONS Roberto Di Renna; Pontifical Catholic University of Rio de Janeiro Rodrigo de Lamare; Pontifical Catholic University of Rio de Janeiro WA8b2-5: CHANNEL ESTIMATION FOR FILTERED OFDM TRANSCEIVER SYSTEMS Ali Baghaki; McGill University Benoit Champagne; McGill University WA8b2-7: EFFICIENT NEAR ML DATA RECOVERY IN MASSIVE MIMO Ehsan Abbasi; California Institute of Technology Fariborz Salehi; California Institute of Technology Babak Hassibi; California Institute of Technology WA8b2-8: VARIATIONAL BAYESIAN INFERENCE BASED SOFT-SYMBOL DECODING FOR UPLINK MASSIVE MIMO SYSTEMS WITH LOW RESOLUTION ADCS Sai Subramanyam Thoota; Indian Institute of Science Chandra Ramabhadra Murthy; Indian Institute of Science WA8b2-9: DIVERSITY COMBINING TECHNIQUES FOR FD AF MIMO RELAYS Geeta Sankar Kalyan Jonnalagadda; Litepoint Corporation Xiaofeng Li; Arizona State University Cihan Tepedelenlioglu; Arizona State University WA8b2-10: CLOUD-AIDED MAX-LINK RELAY SELECTION FOR TWO-WAY COOPERATIVE MULTI-ANTENNA SYSTEMS Flavio Duarte; Pontifical Catholic University of Rio de Janeiro Rodrigo De Lamare; Pontifical Catholic University of Rio de Janeiro </details> * WA8b3: Neural Signal Processing Merrill <details> <summary> Details </summary> WA8b3-1: ENHANCED PREDICTION OF INDIVIDUAL FINGER MOVEMENTS WITH TEMPORAL DYNAMICS OF ECOG Lin Yao; Cornell University Mahsa Shoaran; Cornell University WA8b3-2: A BIO-INSPIRED EXTENSION OF THE CONVOLUTIONAL NEURAL NETWORK MODELS FOR NEURONAL MODELING Yasin Zamani; University of Utah Neda Nategh; University of Utah WA8b3-3: BLOCK-SPARSE MODELING FOR COMPRESSED SENSING OF NEURAL ACTION POTENTIALS AND LOCAL FIELD POTENTIALS Wenfeng Zhao; University of Minnesota, Twin-Cities Tong Wu; University of Minnesota, Twin-Cities Jian Xu; University of Minnesota, Twin-Cities Qi Zhao; University of Minnesota, Twin-Cities Zhi Yang; University of Minnesota, Twin-Cities WA8b3-4: EMOTIONAL VALENCE TRACKING AND CLASSIFICATION VIA STATE-SPACE ANALYSIS OF FACIAL ELECTROMYOGRAPHY Taruna Yadav; University of Houston Md Moin Uddin Atique; University of Houston Hamid Fekri Azgomi; University of Houston Joseph T. Francis; University of Houston Rose T. Faghih; University of Houston WA8b3-5: EMOTION DISCRIMINATION THROUGH ELECTRODE NETWORK CONNECTIVITY PATTERN RECOGNITION Qi Cheng; Lawrence Livermore National Lab Alan Kaplan; Lawrence Livermore National Lab Piyush Karande; Lawrence Livermore National Lab Maryam Bijanzadeh; University of California, San Francisco Heather Dawes; University of California, San Francisco Edward Chang; University of California, San Francisco WA8b3-6: HEAD HARMONICS BASED EEG DIPOLE SOURCE LOCALIZATION Amita Giri; Indian Institute of Technology Lalan Kumar; Indian Institute of Technology Tapan Gandhi; Indian Institute of Technology WA8b3-7: REDUCED-RANK BEAMFORMING FOR BRAIN SOURCE LOCALIZATION IN PRESENCE OF HIGH BACKGROUND ACTIVITY Eduardo Jiménez-Cruz; Center for Research and Advanced Studies David Gutiérrez; Center for Research and Advanced Studies WA8b3-8: A 2.5D YOLO-BASED FUSION ALGORITHM FOR 3D LOCALIZATION OF CELLS Amir Ziabari; Oak Ridge National Laboratory Derek C. Rose; Oak Ridge National Laboratory Matthew Eicholtz; Florida Southern College David Solecki; St. Jude Children's Research Hospital Abbas Shirinifard; St. Jude Children's Research Hospital WA8b3-9: PREDICTING TASKS FROM TASK-FMRI USING BLIND SOURCE SEPARATION Bhaskar Sen; University of Minnesota Keshab Parhi; University of Minnesota </details> * WA8b4: Machine Learning Merrill <details> <summary> Details </summary> WA8b4-1: DEEP KERNEL COHERENCE ENCODER Haitao Liu; Worcester Polytechnic Institute Randy Paffenroth; Worcester Polytechnic Institute Louis Scharf; Colorado State University Fangzheng Sun; Worcester Polytechnic Institute WA8b4-2: GLOBAL OPTIMIZATION OF GRAPH FILTERS WITH MULTIPLE SHIFT MATRICES Jie Fan; Arizona State University Cihan Tepedelenlioglu; Arizona State University Andreas Spanias; Arizona State University WA8b4-3: SIMPLE ITERATIVE ALGORITHMS FOR APPROXIMATE AND BOUNDED PARAMETER ORTHONORMALITY Scott Douglas; Southern Methodist University WA8b4-4: CRITICAL POINTS TO DETERMINE PERSISTENCE HOMOLOGY Charmin Asirimath; University of Oulu Jayampathy Ratnayake; University of Colombo Chathuranga Weeraddana; University of Moratuwa Nandana Rajatheva; University of Oulu WA8b4-5: MACHINE LEARNING BLUETOOTH PROFILE OPERATION VERIFICATION VIA MONITORING THE TRANSMISSION PATTERN Abdelrahman Elkanishy; New Mexico State University Abdel-Hameed Badawy; New Mexico State University Paul Furth; New Mexico State University Laura Boucheron; New Mexico State University Christopher Michaely; Sandia National Laboratories WA8b4-6: MULTI-MESSAGE GRADIENT CODING FOR UTILIZING NON-PERSISTENT STRAGGLERS Lev Tauz; University of California, Los Angeles Lara Dolecek; University of California, Los Angeles WA8b4-7: DISTRIBUTED SUBGRADIENT ALGORITHMS WITH LIMITED COMMUNICATIONS Stefano Rini; National Chiao Tung University Milind Rao; Stanford University Andrea Goldsmith; Stanford University WA8b4-8: NETWORK DISSENSUS VIA DISTRIBUTED ADMM Chirag Kumar; IIT Kanpur Ketan Rajawat; IIT Kanpur WA8b4-9: JOINT CONCORDANCE INDEX Kartik Ahuja; University of California, Los Angeles Mihaela van der Schaar; University of California, Los Angeles WA8b4-10: PT-MMD: A NOVEL STATISTICAL FRAMEWORK FOR THE EVALUATION OF GENERATIVE SYSTEMS Alexander Potapov; University of California, San Diego Ian Colbert; University of California, San Diego Alexander Cloninger; University of California, San Diego Ken Kreutz-Delgado; University of California, San Diego Srinjoy Das; University of California, San Diego </details> 12:00 - 13:00 Lunch - This meal is not included in the registration. Crocker Dining Hall