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Providing fault-tolerant Ad hoc routing service in adversarial environments
Yuan Xue,
Klara Nahrstedt
National Center for Supercomputing Applications (NCSA)
Coordinated Science Lab
Information Trust Institute
Electrical and Computer Engineering
Siebel School of Computing and Data Science
Biomedical and Translational Sciences
Research output
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Contribution to journal
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Review article
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peer-review
Overview
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Keyphrases
Fault-tolerant
100%
Adversarial Environment
100%
Ad Hoc Routing
100%
Routing Service
100%
Fault-tolerant Routing
100%
Misbehaving Nodes
66%
Ad Hoc Networks
33%
Routing Performance
33%
Well-behaved
16%
Low Overhead
16%
Packet Forwarding
16%
Routing Protocol
16%
Fault-free
16%
Network Environment
16%
Delivery Ratio
16%
Packet Delivery Ratio
16%
Free Network
16%
Uniform Solution
16%
Packet Delay
16%
Autonomous Nodes
16%
Security Assumption
16%
Node Misbehavior
16%
Fault-tolerant Routing Algorithm
16%
Computer Science
Fault Tolerant
100%
fault tolerant routing
100%
Routing Service
100%
Misbehaving Node
57%
ad-hoc network
28%
Routing Protocol
14%
End Performance
14%
Network Environment
14%
Packet Delivery Ratio
14%
Tolerant Routing Algorithm
14%
Packet Delivery Delay
14%