Vaidya, Nitin - Department of Electrical and Computer Engineering, University of Illinois at Urbana-Champaign

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Vaidya, Nitin - Department of Electrical and Computer Engineering, University of Illinois at Urbana-Champaign

c 2009 Chun-cheng Chen LEARNING-BASED INTERFERENCE MITIGATION FOR
LocationAided Routing (LAR) in Mobile Ad Hoc Networks \Lambda YoungBae Ko and Nitin H. Vaidya
c 2008 Vijay Raman DEALING WITH ADJACENT CHANNEL INTERFERENCE EFFECTS IN
c 2007 Anthony J. Halley A SIMPLE DISTRIBUTED BACKPRESSURE-BASED SCHEDULING AND
Design and Implementation of a Multi-Channel Multi-Interface Network
Reliable Broadcast in Wireless Networks with Probabilistic Failures
c 2008 Vartika Bhandari PERFORMANCE OF WIRELESS NETWORKS SUBJECT TO CONSTRAINTS
ENERGY EFFICIENCY AND SECURITY FOR MULTIHOP WIRELESS NETWORKS
EFFICIENT NETWORK CAMOUFLAGING IN WIRELESS NETWORKS A Dissertation
c 2009 Shehla Saleem Rana A FRAMEWORK FOR DYNAMIC CONTENTION WINDOW ADAPTATION
c 2008 Thomas Bo-Yu Shen EXPERIMENTS ON A MULTICHANNEL MULTI-INTERFACE
SYSTEM ARCHITECTURE FOR MULTICHANNEL MULTI-INTERFACE WIRELESS NETWORKS
ROUTING PROTOCOLS FOR K-HOP NETWORKS WILLIAM DOUGLASS LIST
SHORT: A Static-Hybrid Approach for Routing Real Time Applications Over Multichannel, Multihop Wireless Networks
Scheduling in Multi-Channel Wireless Networks Vartika Bhandari and Nitin H. Vaidya
Net-X: System eXtensions for Supporting Multiple Channels, Multiple Interfaces,
Experiments on a Multichannel Multi-Interface Wireless Mesh Network
A Static-Hybrid Approach for Providing Low Delay Routing for Real Time Applications
The work described in this paper was funded in part by The Boeing Research & Technology, and coordinated with Dr. Jae H. Kim (Boeing PM). AN EFFICIENT MULTICASTING FOR
Capacity of Multi-Channel Wireless Networks with Random (c, f) Assignment
RATE CONTROL FRAMEWORK FOR NET-X NISTHA TRIPATHI
MULTICHANNEL WIRELESS NETWORKS: CAPACITY AND PROTOCOLS PRADEEP NARAYANASWAMY KYASANUR
c Copyright by Jivodar Borislavov Tchakarov, 2003 EFFICIENT CONTENT LOCATION IN MOBILE AD HOC NETWORKS
Adjacent Channel Interference Reduction in Multichannel Wireless Networks Using Intelligent Channel Allocation
IMPROVING IEEE 802.11 PERFORMANCE WITH POWER CONTROL AND DISTANCE-BASED CONTENTION WINDOW SELECTION
c 2010 Rakesh Kumar A MEASUREMENT STUDY OF 802.11N LINKS ON COMMODITY
Link-State Routing Protocol for Multi-Channel Multi-Interface Wireless Networks