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Distributed opportunistic scheduling with two-level probing
Chandrashekha P.S. Thejaswi
, Junshan Zhang
, Man On Pun
,
H. Vincent Poor
, Dong Zheng
Research output
:
Contribution to journal
›
Article
›
peer-review
18
Scopus citations
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Dive into the research topics of 'Distributed opportunistic scheduling with two-level probing'. Together they form a unique fingerprint.
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Computer Science
wireless ad hoc network
100%
Random Access
100%
Sufficient Condition
100%
Distributed Scheduling
100%
Transmission Rate
100%
Estimation Error
100%
Noisy Observation
100%
Incomplete Information
100%
Channel Condition
100%
Scheduling Policy
100%
Keyphrases
Two-level
100%
Channel Probing
100%
Distributed Opportunistic Scheduling
100%
Two-threshold
40%
Numerical Results
20%
Optimal Scheduling
20%
Transmitter
20%
Wireless Ad-hoc Networks (WANETs)
20%
Random Access
20%
Distributed Scheduling
20%
Throughput Gain
20%
Data Transmission
20%
Transmission Rate
20%
Estimation Error
20%
Threshold Method
20%
Rate Estimation
20%
Noisy Observations
20%
Incomplete Information
20%
Estimated Rates
20%
Channel Condition
20%
Accurate Rate
20%
Network Context
20%
Limited Feedback
20%
Joint Channel
20%
Transmission Outage
20%
Peer-to-peer Communication
20%
Optimal Stopping Theory
20%
Link Condition
20%
Practice Link
20%
Engineering
Transmissions
100%
Illustrates
33%
Sufficient Condition
33%
Joints (Structural Components)
33%
Estimation Error
33%
Outages
33%
Incomplete Information
33%
Contention
33%
Scheduling Policy
33%
Random Access
33%
Channel Condition
33%
Limited Feedback
33%
Link Condition
33%
Mathematics
Necessary and Sufficient Condition
100%
Incomplete Information
100%
Data Transmission
100%
Physics
Data Transmission
100%