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Gradational power control in multi-channel multi-radio wireless ad hoc networks
Tzu Ting Weng
*
,
Ting-Yu Lin
, Kun Ru Wu
*
此作品的通信作者
電機工程學系
研究成果
:
Conference contribution
›
同行評審
1
引文 斯高帕斯（Scopus）
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Keyphrases
Power Control
100%
Wireless Ad-hoc Networks (WANETs)
100%
Multi-radio multi-channel (MR-MC)
100%
Radio
71%
Transmit Power
57%
Multi-hop Communication
28%
Control Mechanism
28%
Multi-radio
28%
Power Control Strategy
28%
Radio Transceivers
28%
Media Utilization
28%
Connection Degree
28%
Wireless
14%
Multi-channel
14%
Power Level
14%
Selection Strategy
14%
Transmitter
14%
Network Environment
14%
Link Layer
14%
System Capacity
14%
Good for
14%
Network Topology
14%
Network Throughput
14%
Radio Channel
14%
Radio Interface
14%
Aggregated Network
14%
Aggregate Throughput
14%
Network Connectivity
14%
Concurrent Transmission
14%
Wireless Node
14%
Shortest Route
14%
Dedicated Channel
14%
Route Length
14%
Connectivity Level
14%
Interference Impact
14%
Computer Science
Control Mechanism
100%
wireless ad hoc network
100%
Radio Transceiver
100%
Connectivity Degree
100%
System Capacity
50%
Network Topology
50%
Radio Interface
50%
Networking Environment
50%
Network Connectivity
50%
wireless node
50%
Interfering Channel
50%
Engineering
Power Control
100%
Multichannel
100%
Transceiver
28%
Channel Basis
28%
Power Control Mechanism
28%
Simulation Result
14%
Nodes
14%
Power Level
14%
Selection Procedure
14%
Link Layer
14%
System Capacity
14%
Radio Channel
14%
Network Topology
14%
Network Connectivity
14%
Radio Interface
14%
Concurrent Transmission
14%
Dedicated Channel
14%
Route Length
14%