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Game-Based Thermal-Delay-Aware Adaptive Routing (GTDAR) for Temperature-Aware 3D Network-on-Chip Systems
Kun Chih Chen
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電子研究所
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引文 斯高帕斯（Scopus）
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Keyphrases
System-on-chip
100%
Game-based
100%
Temperature Sensing
100%
Adaptive Routing
100%
3D Network
100%
Delay-aware
100%
Thermal Delay
100%
Dynamic Thermal Management
83%
Management Approach
66%
Spatial Dynamics
50%
Thermal Problem
50%
System Performance
33%
Routing Scheme
33%
Temperature Behavior
33%
Traffic Behavior
33%
Temporal Dynamics
33%
System Temperature
33%
Temporal Approach
33%
Packet Forwarding
16%
Asynchronous Methods
16%
Traffic Information
16%
Traffic Load
16%
Processing Speed
16%
Short-term Traffic
16%
Game Theory
16%
Buffer Size
16%
Spatial-temporal
16%
Temperature Control
16%
Area Overhead
16%
Input Buffer
16%
Nash Equilibrium
16%
Impact Performance
16%
Silicon Layer
16%
Thermal Conduction
16%
Performance Overhead
16%
Spatial Approach
16%
Current Dynamics
16%
Temperature Information
16%
Traffic Problems
16%
Equilibrium Properties
16%
Three-dimensional Network-on-chip
16%
NoC Router
16%
2D NoC
16%
Cooling Period
16%
Thermal Limits
16%
Computer Science
Networks on Chips
100%
Dynamic Thermal Management
100%
Aware Adaptive Routing
100%
Systems Performance
40%
System Temperature
40%
Adaptive Routing Scheme
40%
Traffic Information
20%
Processing Speed
20%
Nash Equilibrium
20%
Performance Impact
20%
Temporal Dynamic
20%
Temperature Control
20%
Thermal Conduction
20%
Engineering
Network-on-Chip
100%
Thermal Problem
42%
Temperature Behavior
28%
Systems Performance
28%
System Temperature
28%
Nash Equilibrium
14%
Area Overhead
14%
Silicon Layer
14%
Input Buffer
14%
Cooling Period
14%