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High-precision time synchronization chip design for industrial sensor and actuator network
Ching Han Chen
, Ming Yi Lin
, Yu Chien Shih
, Chun Cheng Chen
資訊工程學系
研究成果
:
雜誌貢獻
›
期刊論文
›
同行評審
9
引文 斯高帕斯（Scopus）
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Keyphrases
Chip Design
100%
Precise Time Synchronization
100%
Actuator Network
100%
Industrial Sensor Networks
100%
Industrial Actuators
100%
Sensor Networks
44%
Mission-critical
44%
Time Synchronization Protocol
33%
Motion Control
22%
Multi-axis
22%
Functional Modules
11%
High Performance
11%
Systems-based
11%
Synthesis Rules
11%
High-level Synthesis
11%
Hardware Synthesis
11%
GRAFCET
11%
Discrete Event Systems
11%
Hierarchical Behaviour
11%
VHSIC Hardware Description Language
11%
Cost-effectiveness
11%
Robotic Manipulator
11%
System Use
11%
Computing Systems
11%
Challenging Tasks
11%
Systematic Design
11%
Smart Manufacturing
11%
Hardware Module
11%
Protocol Design
11%
Reliable Design
11%
Error Correction Model
11%
Timing System
11%
Fieldbus Network
11%
Manufacturing Applications
11%
Modbus
11%
Precision Time Protocol
11%
Time Synchronization System
11%
IEEE 1588
11%
Design Synthesis
11%
Time Synchronization Error
11%
Industrial Manufacturing
11%
Cost Scalability
11%
IoT Computing
11%
Proportional Error
11%
Time Synchronization Algorithm
11%
Synchronization Controller
11%
Computer Science
Sensors and Actuator
100%
Actuator Networks
100%
Sensor Network
100%
Motion Control
40%
Computer Hardware
40%
Experimental Result
20%
Functional Module
20%
discrete-event system
20%
High Level Synthesis
20%
Hardware Synthesis
20%
Interoperability
20%
Error Correction
20%
Manipulator
20%
Precision Performance
20%
Fieldbus
20%
Modbus
20%
Design Synthesis
20%
Design Precision
20%
Internet-Of-Things
20%
Hardware Description Languages
20%
Engineering
Actuator
100%
Motion Control
40%
Experimental Result
20%
Hardware Synthesis
20%
Discrete Event Simulation
20%
Robotic Manipulator
20%
Error Correction
20%
Smart Manufacturing
20%
Precision Time Protocol
20%
Internet-Of-Things
20%
High Level Synthesis
20%