Triangle RealTime, Embedded and Sensor Systems Group

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Triangle Real-Time, Embedded and Sensor Systems
Group
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Round Table

• Objectives
• get to know each other
• discuss future meetings
• agenda
• collaboration (industry academia),
• informative presentations
• have critical mass to go after large RFPs,
• ARO, NSF, Microsoft, HS-ARPA (forthcoming)
• find partners in certain technical expertise,
• get information on latest technology and trends,
• discuss real-world and academic problems
• determine need and frequency of future meetings
• Start-up meeting w/ longer presentations before
  X-mas or Friday in Jan
• Quaterly
• At RTI Intl (formerly MCNC)
• Web site, mailing list
• research.microsoft.com/stansley
• www.rtpnet.org/ieee/embedded

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Research Interests

• Ilia Baldine (RTI Intl) sensor networks,
  security
• Jim Anderson, Sanjoy Baruah (UNC) real-time
  scheduling, multi-processors, scheduling for low
  power, acoustic tracking
• Kevin Jeffay (UNC) network traffic modeling,
  intrusion detection, real-time constraints in
  networking, measurement/modeling in sensor
  networks
• Maria Papadopouli mobile, ubiquidous, sensor
  networks, information dispersal, cooperative
  wireless caching
• Carla Ellis (Duke) sensor networks, energy
  awareness (ECOSystem ? move into TinyOS),
  synthethic workload generator for SNS, MAC level
  energy savings w/ CSMA, power balancing in
  network forwarding
• Feiyi Wang (RTI Intl) security, intrusion
  detection/prevention
• Michail Sichitiu (NCSU) wireless ad-hoc
  networks, sensor networks (low power,
  localization, time synchronization), structural
  health monitoring (bridges)

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Research Interests

• Injong Rhee (NCSU) IP protocols, sensor networks
  (MAC layer, routing, congestion control, relaxed
  TDMA), NC red wolves/black bears deployment (w/
  NC Zoo), in-building sensor network
• Alex Dean (NCSU) software thread integration
  (mix application and polling server at
  instruction level to replace need for interrupts)
  on Berkeley Motes platform
• Frank Mueller (NCSU) sensor systems (timing
  analysis, adaptive encryption), power-aware
  real-time scheduling, static timing analysis,
  architecture support for real-time/embedded
• Krish Chakrabarty (Duke) SOC, power-aware
  fault tolerant real-time scheduling, sensor
  networks (coverage, power, connectivity),
  biocomputing (hardware)