1 A. C. Lee, "The feedrate scheduling of NURBS interpolator for CNC machine tools" 43 (43): 612-628, 2011
2 J. Wu, "The design and experimental research of an open architecture soft-CNC system based on RTX and an IPC" 89 : 1387-1399, 2017
3 F. He, "Synchronization control strategy of multi-motor system based on Profibus network" 3029-3034, 2007
4 "Sercos"
5 J. X. Xu, "Real-time Iterative Learning Control: Design and Applications" Springer 2009
6 "Profibus"
7 D. Wang, "Practical Iterative Learning Control with Frequency Domain Design and Sampled Data Implementation" Springer 2014
8 S. Yu, "Performance enhancement of iterative learning control system using disturbance observer" 987-992, 2009
9 W. Lukasz, "New Methods to Engineer and Seamlessly Reconfigure Time Triggered Ethernet Based Systems During Runtime Based on the PROFINET IRT Example" Springer 2017
10 R. Y. Huang, "NURBS path tracking control of a scanning mirror system based on EtherCAT fieldbus" 79-84, 2018
1 A. C. Lee, "The feedrate scheduling of NURBS interpolator for CNC machine tools" 43 (43): 612-628, 2011
2 J. Wu, "The design and experimental research of an open architecture soft-CNC system based on RTX and an IPC" 89 : 1387-1399, 2017
3 F. He, "Synchronization control strategy of multi-motor system based on Profibus network" 3029-3034, 2007
4 "Sercos"
5 J. X. Xu, "Real-time Iterative Learning Control: Design and Applications" Springer 2009
6 "Profibus"
7 D. Wang, "Practical Iterative Learning Control with Frequency Domain Design and Sampled Data Implementation" Springer 2014
8 S. Yu, "Performance enhancement of iterative learning control system using disturbance observer" 987-992, 2009
9 W. Lukasz, "New Methods to Engineer and Seamlessly Reconfigure Time Triggered Ethernet Based Systems During Runtime Based on the PROFINET IRT Example" Springer 2017
10 R. Y. Huang, "NURBS path tracking control of a scanning mirror system based on EtherCAT fieldbus" 79-84, 2018
11 C. Dou, "Multiagent system-based distributed coordinated control for radial DC microgrid considering transmission time delays" 8 (8): 2370-2381, 2017
12 H. S. Ahn, "Iterative learning control : Brief survey and categorization" 37 (37): 1009-1121, 2007
13 B. Galloway, "Introduction to industrial control networks" 15 (15): 860-880, 2012
14 "International Electrotechnical Commission"
15 J. Akerberg, "Integration of WirelessHART networks in distributed control systems using PROFINET IO" 154-159, 2010
16 Z. Zhakypov, "Galvanometric optical laser beam steering system for microfactory application" 4138-4143, 2013
17 N. P. Mahalik, "Fieldbus Technology: Industrial Network Standards for Real-Time Distributed Control" Springer 2003
18 J. H. Kim, "EtherCAT based parallel robot control system" 375-382, 2012
19 "EtherCAT Technology Group"
20 S. Y. Lin, "Distributed motion control using real-time network communication techniques" 843-847, 2000
21 L. Samaranayake, "Distributed control of electric drives via Ethernet" Royal Institute of Technology 2003
22 B. Sinopoli, "Distributed control applications within sensor networks" 91 (91): 1235-1246, 2003
23 S. Arimoto, "Bettering operation of robots by learning" 1 (1): 123-140, 1984
24 X. Cao, "An open industrial robot based on SERCOS" 2 : 1466-1470, 2002
25 D. A. Bristow, "A survey of iterative learning control" 26 (26): 96-114, 2006
26 S. Lim, "A Performance evaluation and task scheduling of EtherCAT networked soft motion control system" 1-5, 2013