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Welcome to the Networks & Communications Laboratories web page, of the Department of Computer Science and Engineering, at the University of California, Riverside. The goal of these labs is to investigate issues in wireline and wireless networks, mobile computing and multimedia, and to find solutions to the technical problems in these areas. The future integration of these two technologies will also require solutions to the specific problems that arise with these combined. Currently we are looking at wireless and mobility problems such as routing protocols and algorithms, resource and service location protocols, mechanisms to improve throughput over wireless links, and mechanisms to provide seamless mobility between different interfaces in heterogenous networks. We also deal with network topology problems, network monitoring and management, BGP policies-routing, and peer-to-peer networking. On
multimedia networks, we are concerned with QoS routing, video
encoding and compression, resource allocation,
traffic characterization and shaping, and multimedia scheduling. We are
also working on designing a new class of operating systems, especially
suitable for multimedia applications. Our lab cooperates with many
companies and other research labs around the world, such as
Intel-Research, Telcordia, Cisco, BBN, Microsoft-Research, CMU, LANL, etc. |
Topology Control for Effective Interference Cancellation in Multi-User MIMO Networks. A Framework for Joint Network Coding and Transmission Rate Control in Wireless Networks. Homophily in Application Layer and its Usage in Traffic Classification
. ARES: An Anti-jamming REinforcement System for 802.11 Networks. Exploiting Dynamicity
in Graph-based Traffic Analysis: Techniques and Applications. Directional
Neighbor Discovery in 60 GHz Indoor Wireless Networks. FIJI: Fighting Implicit Jamming in 802.11 WLANs. BGP-lens: Patterns and Anomalies in Internet Routing Updates. Gaming the Jammer: Is Frequency Hopping Effective?. Joint Resource Allocation and Admission Control in Wireless Mesh Networks. Detecting Selfish Exploitation of Carrier Sensing in 802.11 Networks. A Peer-To-Peer study
from the lab hits the popular press:
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| Our Mailing Lists: Networks, Wired, Wireless, Wireless-testbed |
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Networks
and Communications Laboratories, Department of Computer Science and
Engineering
University of California, Riverside, CA 92521, USA © September 2005, Last update: 1/3/2009, 12:44 PST |