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ECE Faculty Funded Research


Chong Photo

Dr. Edwin K P Chong

Professor


Funded Research


  • A Framework for Network Control via Online Simulation (DoD - Defense Advanced Research Projects Agency (DARPA))
  • Collaborative Research: Opportunistic Scheduling for MultimediaWireless Systems (National Science Foundation (NSF))
  • Control of Communication Networks: Modeling, Simulation, and Optimization (National Science Foundation (NSF))
  • Decision, Control, and Optimization in Discrete Event Systems (National Science Foundation (NSF))
  • Design & Control of Next Generation Networks: A Measurement Analytical Approach (Purdue University)
  • Design and Control of Next Generation Networks: A Measurement (National Science Foundation (NSF))
  • Distributed Algorithms for Discrete Event Systems (Purdue Research Foundation )
  • Distributed Stochastic Optimization of Discrete Event Systems (Purdue Research Foundation)
  • Dynamic Channel Allocation in Multimedia Wireless Networks (AT&T/Lucent Technologies Foundation)
  • Dynamic Channel Building and Global QoS Optimization for the Agile Information Control Environment (Johns Hopkins University Applied Physics Laboratory)
  • Graduate Controls Laboratory (National Science Foundation (NSF))
  • Integrated Radar Imaging, Sensor Scheduling, and Target Tracking (DoD - Defense Advanced Research Projects Agency (DARPA))
  • Integrated Radar Imaging, Target Tracking & Sensor Scheduling (DoD - Defense Advanced Research Projects Agency (DARPA))
  • Integrated Sensing and Processing (Mission Research Corporation)
  • Intel Equipment for Processing and Communication Intensive Tasks that Enable New Networked Video, Image, and Speech Applications (Intel)
  • Intelligent and Adaptive Management of Multi-Class Networks (DoD - Defense Advanced Research Projects Agency (DARPA))
  • Intelligent MetaNet Framework for the Agile Information Control Environment (Johns Hopkins University Applied Physics Laboratory)
  • Manufacturing System Design Tools Based on Efficient Optimization (National Science Foundation (NSF))
  • Manufacturing Systems Design, Control and Analysis (National Science Foundation (NSF))
  • Network Control via Online Sampling (Purdue University)
  • Opportunistic Scheduling for Multimedia Wireless Systems (National Science Foundation (NSF))
  • Optimization of Discrete Event Systems (Engineering Foundation)
  • Parametric and Nonparametric Control in Discrete Event Systems (National Science Foundation (NSF))
  • Resource Allocation in Wireless Networks (Purdue Research Foundation)
  • Resource Allocation in Wireless Networks (Purdue Research Foundation)
  • Sensor Management for Multi-Target Tracking (Sandia National Laboratories)
  • VIADUCT: A Testbed to Study Video, Image, Audio and Data Traffic on High-Speed Network (National Science Foundation (NSF))
  • Waveforms for Active Sensing in Military Operations on Urban Terrains (DoD - Defense Advanced Research Projects Agency (D...)
  • Wireless Distributed Multimedia Communications Networks for the Digital Battlefield (DoD-ARMY - Army Research Office (ARO))