Technical Program
NTa.PC: Network Theory I |
Symposium: Network Theory |
Session Type: Poster |
Time: Tuesday, December 3, 13:30 - 15:30 |
Location: Poster Area C |
NTa.PC.1: LINK-FAILURE DETECTION IN NETWORK SYNCHRONIZATION PROCESSES |
Rahul Dhal; Washington State University |
Jackeline Abad Torres; Washington State University |
Sandip Roy; Washington State University |
NTa.PC.2: PARALLEL PURSUIT FOR DISTRIBUTED COMPRESSED SENSING |
Dennis Sundman; KTH Royal Institute of Technology |
Saikat Chatterjee; KTH Royal Institute of Technology |
Mikael Skoglund; KTH Royal Institute of Technology |
NTa.PC.3: CODED SLOTTED ALOHA WITH VARYING PACKET LOSS RATE ACROSS USERS |
Cedomir Stefanovic; Aalborg University |
Petar Popovski; Aalborg University |
NTa.PC.4: ALTERNATIVE AXIOMATIC CONSTRUCTIONS FOR HIERARCHICAL CLUSTERING OF ASYMMETRIC NETWORKS |
Gunnar Carlsson; Stanford University |
Facundo Mémoli; University of Adelaide |
Alejandro Ribeiro; University of Pennsylvania |
Santiago Segarra; University of Pennsylvania |
NTa.PC.5: AN ANALYSIS OF THE TEMPORAL CORRELATION OF INTERFERENCE IN EXTENDED WIRELESS NETWORKS |
C. Emre Koksal; Ohio State University |
NTa.PC.6: ON THE NECESSITY OF FULL-STATE MEASUREMENT FOR STATE-SPACE NETWORK RECONSTRUCTION |
Philip Pare; Brigham Young University |
Vasu Chetty; Brigham Young University |
Sean Warnick; Brigham Young University |
NTa.PC.7: CONSENSUS-BASED DISTRIBUTED ONLINE PREDICTION AND OPTIMIZATION |
Konstantinos I. Tsianos; McGill University |
Michael G. Rabbat; McGill University |
NTa.PC.8: ROBUST TOMOGRAPHY VIA NETWORK TRAFFIC MAPS LEVERAGING SPARSITY AND LOW RANK |
Morteza Mardani; University of Minnesota |
Georgios B. Giannakis; University of Minnesota |
NTa.PC.9: A TOPOLOGICAL MAX-FLOW-MIN-CUT THEOREM |
Robert Ghrist; University of Pennsylvania |
Sanjeevi Krishnan; University of Pennsylvania |
NTa.PC.10: INTERACTIVE RELAY ASSISTED SOURCE CODING |
Farideh Ebrahim Rezagah; Polytechnic Institute of New York University |
Elza Erkip; Polytechnic Institute of New York University |
NTa.PC.11: RESOURCE TRADEOFFS IN DISTRIBUTED SUBSPACE TRACKING OVER THE WIRELESS MEDIUM |
Matthew Nokleby; Duke University |
Waheed Bajwa; Rutgers University |
NTa.PC.12: DISTRIBUTED DATA CLEANSING VIA A LOW-RANK DECOMPOSITION |
Ioannis Schizas; The University of Texas at Arlington |
NTa.PC.13: CHARACTERIZATION OF CONNECTIVITY DYNAMICS IN INTRINSIC BRAIN NETWORKS |
Vince Calhoun; The Mind Research Network & The University of New Mexico |
Maziar Yaesoubi; The Mind Research Network |
Barnaly Rashid; The Mind Research Network |
Robyn Miller; The Mind Research Network |
NTa.PC.14: DISAGGREGATED BUNDLE METHODS FOR DISTRIBUTED MARKET CLEARING IN POWER NETWORKS |
Yu Zhang; University of Minnesota |
Nikolaos Gatsis; The University of Texas at San Antonio |
Georgios B. Giannakis; University of Minnesota |
NTa.PC.15: IDENTIFIABILITY OF SPARSE STRUCTURAL EQUATION MODELS FOR DIRECTED AND CYCLIC NETWORKS |
Juan Andres Bazerque; University of Minnesota |
Brian Baingana; University of Minnesota |
Georgios B. Giannakis; University of Minnesota |
NTa.PC.16: NEURAL NETWORK MODULATION, DYNAMICS AND PLASTICITY |
Christian G. Fink; Ohio Wesleyan University |
Michal Zochowski; University of Michigan |
Victoria Booth; University of Michigan |
NTa.PC.17: TRAFFIC OPTIMIZATION TO CONTROL EPIDEMIC OUTBREAKS IN METAPOPULATION MODELS |
Victor Preciado; University of Pennsylvania |
Michael Zargham; University of Pennsylvania |
NTa.PC.18: A CONVEX FRAMEWORK FOR OPTIMAL INVESTMENT ON DISEASE AWARENESS IN SOCIAL NETWORKS |
Victor Preciado; University of Pennsylvania |
Faryad Darabi Sahneh; University of Pennsylvania |
Caterina Scoglio; University of Pennsylvania |
NTa.PC.19: A PARSIMONIOUS MODEL FOR WIRELESS CONNECTIVITY IN ROBOTIC NETWORKS |
Jonathan Fink; U.S. Army Research Laboratory |
Jeffrey Twigg; U.S. Army Research Laboratory |
Paul Yu; U.S. Army Research Laboratory |
Brian Sadler; U.S. Army Research Laboratory |
NTa.PC.20: SMART METER PRIVACY FOR MULTIPLE USERS IN THE PRESENCE OF AN ALTERNATIVE ENERGY SOURCE |
Jesus Gomez-Vilardebo; CTTC |
Deniz Gunduz; Imperial College London |