ad hoc资源

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加州大学洛杉矶分校Mario Gerla教授所领导的“无线自适应移动性实验室“  WAM(Wireless Adaptive Mobility）
http://www.cs.ucla.edu/NRL/wireless
/

• research areas:
  a)Routing Protocols for Ad hoc Networks
  b)Multicast in Wireless Networks
  c)QoS Adaptive Audio/Video Tool for Multihop Wireless Networks
  d)Medium Access Control Protocols for Ad hoc Networks
  e)Clustering with Power Control in Wireless Networks
  f)TCP Performance over Wireless Networks
  gWireless ATM Networks
  h)Mobility Modeling
  i)Simulation Development
     MANETSIM is an attempt to deliver a high-level, object-oriented, platform independent wireless   network simulator to comply with good software engineering requirements
  j)Satellite Networks

.康奈尔大学Zygmunt J.Hass教授所领导的“无线网络实验室”（Wireless Networks Laboratory)
http://people.ece.cornell.edu/~haas/wnl/
           current research and projects:

Ad-Hoc Networks (Reconfigurable Wireless Networks)

JiST: Java in Simulation Time

Application of Communications and Networking to Biosystems

capacity of Wireless Networks (Ad Hoc and Sensors):

Mobility and Resources Management for Mobile Wireless Networks:

Multipath Routing

MAC layer for Wireless Networks

Reliability and Security of Wireless Systems

MURI Project on Channel and QoS Adaptive Multimedia Wireless Ad Hoc Networks
     zrp在ns2\glomosim\opnet上的源代码

马里兰大学Satish K.Tripathi教授所领导的“移动计算与多媒体实验室”The Mobile Computing and Multimedia Laboratory （MCML），
http://www.cs.umd.edu/projects/mcml/

• 
  Routing mechanisms
  
• 
  Ad-hoc networks

       publications:http://www.cs.umd.edu/projects/mcml/pub.html

加州大学圣巴巴拉分校Elizabeth M.Belding-Royer教授所领导的“移动性管理和联网实验室”（The Mobility Management and Networking （MOMENT）Lab)http://moment.cs.ucsb.edu/

Quality of Service

• 
  
  Enhanced QoS for MANET using the MAC Layer
  
  

• 
  
  Model-based Resource Prediction for Multi-hop Wireless Networks
  
  

• 
  
  Realistic Multimedia Evaluation
  
  

• 
  
  Leveraging Mobility to Improve QoS in Wireless Networks
  
  

• 
  
  Multipath Admission Control
  
  

Deployment, Monitoring and Modeling

• 
  
  Realistic Mobility Models for Mobile Ad hoc Networks
  
  
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  UCSB Wireless Mesh Network Testbed
  
  
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  Monitoring Tools for Mobile Networks
  
  

加州大学圣克鲁兹分校J.J.Garcia-Luna-Aceves教授所领导的“计算机通信研究小组”（The Computer Communications Research group)http://www.cse.ucsc.edu/research/ccrg/home.html

• 
  Wireless Networks, Channel Access and Mobile Computing
  We are developing new algorithms and protocols for wireless networks based on packet switching, i.e., packet-radio networks.
  A multihop packet-radio network is an ideal technology to establish an ``instant communication infrastructure'' in disaster areas, support U.S. military needs, and extend the global communication infrastructure to the wireless mobile environment.
  The research problems we are addressing include: channel access, routing, multicasting, congestion control, topology management, end-to-end reliable communication, and security.
  
  Internetworking
  Internetworking technology has been tremendously successful. As the Internet continues to evolve, today's internetworking technology is challenged by growth, the provision of multiple types of services at varying speeds, the support of collaborative environments that require real-time multipoint communications, the control of resources by multiple administrative authorities, and the interoperation of different types of high-speed internets.
  The research problems that we are addressing in this area include: scalable routing architectures and protocols, scalable multicast routing, end-to-end reliable multicasting, and security.
  

伊利诺基大学Urbana-Champaign分校Nitin Vaidaya教授所领导的Ad Hoc网络研究小组

http://www.crhc.uiuc.edu/wireless/groupPubs.html



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