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Computer Science
Networks on Chips
100%
Neural Network
40%
Deep Neural Network
36%
Multicore System
34%
Experimental Result
23%
Routing Algorithm
21%
Artificial Neural Network
20%
System Temperature
20%
Dynamic Thermal Management
17%
Convolutional Neural Network
17%
Fault Diagnosis
17%
Sensor Placement
16%
Temperature Distribution
16%
Thermal Management
14%
Network Design
13%
Performance Impact
13%
Neural Network Model
12%
Power Consumption
12%
Routers
11%
Systems Performance
10%
Transfer Learning
10%
Compressive Sensing
10%
Prediction Model
9%
Entropy
8%
Artificial Intelligence
8%
Hardware Accelerator
8%
Chip Temperature
8%
Machine Learning
8%
Learning System
8%
Transport Layer
8%
Feature Extraction
8%
Memory Access
7%
Aware Adaptive Routing
7%
Deep Learning Method
7%
Data Reuse
7%
Graphics Processing Unit
7%
System-on-Chip
7%
Topology
7%
Algorithm Design
6%
Frequency Domain
6%
Selection Operator
5%
Design Challenge
5%
Processing Element
5%
Traffic Information
5%
Network Simulator
5%
Industry 4.0
5%
Level Verification
5%
Load Balancing
5%
Flooding Attack
5%
Machinery Fault Diagnosis
5%
Keyphrases
Thermal-aware
39%
System-on-chip
37%
Multicore Systems
28%
Thermal Sensor
22%
3D Network
22%
Network on chip
21%
Deep Neural Network
17%
Sensor Placement
15%
Thermal Problem
14%
System Temperature
14%
Dynamic Thermal Management
13%
Temperature Distribution
12%
Artificial Neural Network
11%
Thermal Sensor Allocation
11%
3D Network-on-chip (3D NoC)
10%
Convolutional Neural Network
9%
Chip-based
9%
Routing Algorithm
8%
Neural Network
8%
Temperature Prediction
8%
Deep Neural Network Accelerator
8%
Hardware Accelerator
7%
Electrocardiogram Diagnosis
7%
Compressed Sensing Theory
7%
Neural Network-based
7%
Fault Diagnosis
7%
Rotating Machinery
7%
Irregular Mesh
7%
Stochastic Computing
7%
Processing Element
7%
Chip Temperature
6%
Full-chip
6%
Temperature Behavior
6%
Electrocardiogram Signal
6%
Adaptive Routing
6%
Multi-processor System-on-chip (MPSoC)
6%
Temperature Reconstruction
6%
Design Methodology
6%
Power Consumption
6%
Memory Access
6%
Hardware Efficiency
6%
Sensor Allocation
6%
Impact Performance
6%
Thermal Prediction
5%
Network-on-chip Design
5%
Prediction Model
5%
Lego
5%
Temperature Sensor
5%
Neural Network Computation
5%
Network Throughput
5%
