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Curriculum Vitae
Prof. Dong Hwa Kim, Ph.D.Dept. of Instrumentation and Control EngineeringHanbat National University16-1 Duckmyong Yuseong Daejon Seoul, Korea. 305-719.
Phone: 82-42-821-1170Cellphone: 82-16-497-1170Fax: 82-42-821-1164Department office: 82-42-821-1165
Technical Subjects
Intelligent control, Process control, Control system theory, Sensor, Instrumentation, Intelligent Robot control, Sensor and signal processing, Measurement and sensor, Fuzzy and control, Neural network and control, Immune algorithm and control, Genetic and control, Emotional and artificial intelligence.
Education
Ph.D : Dept. of Electronic Engineering, Ajou University in KoreaThesis Title: Robust Decoupling Controller Design of Turbo-Generator System Based on State Feedback
Ph.D : Dept. of Computational Intelligence and Systems Science, Tokyo Institute of Technology, Tokyo, Japan, on going.
Research Interests
Artificial Intelligence control, Neural network control, Fuzzy systems and control, Artificial immune control and its application, Computatonal intelligence, Natural computing intelligence, Bacteria foraging, Particle swarm optimization, Hybrid intelligent system, Intelligence based industrial
control
Work History and Experience
KAERI (Korea Atomic Energy Research Institute), 1977-1991, Senior Researcher
AECL (Canada), 1985.11-1986.11, Visiting Researcher(Computer aided multivariable control system design)
University of Choong Nam National, Lecture, 1987.3-1988.6 ANL (Argonne National Laboratory), Nuclear Electronic, 1988. 9-1988.12. University of Alberta, Canada, 2000.3-2001.3, Visiting Professor
(Intelligent control) TIT (Tokyo Institute of Technology), 1999.7.1-1999.7.31, Co-work TIT(Tokyo Institute of Technology), 2001.7.1-2001.7.31, Co-work TIT(Tokyo Institute of Technology), 2005.1.5-2005.1.24, Co-work TIT(Tokyo Institute of Technology), 2005.7.2-2005.7.16, Co-work Hanbat National University, 1993.3-Present, Professor
Journal Papers
1. Dong Hwa Kim, “Tuning of 2-DOF PID controller using fuzzy neural network,” 1996, Journal of
Daejon National University of Technology.
2. Dong Hwa Kim, “Tuning of 2-DOF PID controller for multivariable system,” 1997, Journal of
Daejon National University of Technology.
3. Dong Hwa Kim, “A study on characteristics of intelligent control for level control of steam
generator for nuclear power plant,” 1997, Journal of Daejon National Institute of Technology.
4. Dong Hwa Kim, “Flow control using neural network,” 1997, Journal of Daejon National Institute
of Technology.
5. Dong Hwa Kim, “Comparison of output of 2-DOF PID controller for Gas turbine,” 1998, Journal
of Hanbat National Institute.
6. Dong Hwa Kim, “Comparison of 2-DOF PID controllers for multivariable flow control system
with delay time,” ICASE, Vol. 4, No. 5, pp. 13-19, Aug., 1998.
7. Dong Hwa Kim, “Level control of nuclear power plant steam generator using neural network based
PI controller tuning,” Proceeding of KIIEIE, Vol. 12, No. 4, pp. 6-13, Nov., 1998.
8. Dong Hwa Kim, “Level control of nuclear power plant steam generator using neural network based
2-DOF PID controller tuning,” ICASE, Vol. 4, No. 3, pp. 321-328, June 1998.
9. Dong Hwa Kim, “Level control of nuclear power plant steam generator using 2-DOF PID
controller,” Trans. KIEE, Vol. 10, 46D, No.2, pp. 33-39, May, 1998.
10. Dong Hwa Kim, “Design of 2-DOF PID controller for flow power control using neural network
based tuning approach,” Proceeding of KIIEIE, Vol. 12, No. 1, pp. 78-84, February, 1998.
11. Dong Hwa Kim, “Optimal control of 2-DOF PID Controller for Gas Turbine by Neural Network
and Operating Data,” March 1999, Journal of Hanbat National university.
12. Dong Hwa Kim, “A feasibility study development of process control S/W cost estimation model
by fuzzy neural network approach,” March 2001, Journal of Hanbat National university.
13. Dong Hwa Kim, “Tuning comparison of PID controller on the experimental equipment for a
complex process control system,” March 2001, J. of Hanbat National university.
14. Dong Hwa Kim, “Tuning of New 2-DOF PID Controller for Gun-san Gas turbine by Adaptive
Neural Fuzzy Inference System,” JACI, Vol. 5, No. 5, April 2001.
15. Dong Hwa Kim, “The Comparison of Characteristics of 2-DOF PID Controller for a Gas Turbine
Generating Plant,” KIEE International Trans. on system and control, Vol. 11-D, No. 3, 2001.
16. Dong Hwa Kim, “Neural Network Tuning of the 2-DOF PID Controller with a Combined 2-DOF
Parameter for a Gas Turbine Generating Plant,” International Trans. of KFLIS, June, 2001.
17. Dong Hwa Kim, “Speed control of 2 inertia system using optimal pole allocation,” Trans. KIEE,
Vol. 49D, No.1, Jan. 2001.
18. Dong Hwa Kim, “Design of New 2-DOF PID Controller for Gas Turbine Generation Unit,” Trans.
KIEE, Vol. 10, No. 1, pp.16-22, Jan., 2001.
19. Dong Hwa Kim, “Modeling and 2-DOF PID control of gas turbine generating system using
adaptive fuzzy-neural network,” Proceeding of KIIEIE, Vol. 14, No. 1. pp. 30-37, Jan., 2001.
20. Dong Hwa Kim, “Intelligent Tuning of a PID Controller for Nonlinear Plant Using a Artificial
Immune Model and Local Fuzzy Set,” Jan. 2002, Journal of Hanbat national university.
21. Dong Hwa Kim, “Tuning of a PID Controller for Using Immune Algorithm,” Jan. 2002, Journal of
Hanbat national Institute.
22. Dong Hwa Kim, “Intelligent tuning of the two degrees-of-freedom Proportional-Integral-
Derivative controller on the Distribute control system for steam temperature control of thermal
power plant,” KIEE International Trans. on system and control, Vol.2D, No.2 pp. 78-91, 2002.
23. Dong Hwa Kim, “Membership function tuning of fuzzy neural networks by immune algorithm,”
KFLIS, Vol. 12, No. 3, pp.261-268, 2002.
24. Dong Hwa Kim, “Auto-tuning of Reference Model Based PID controller using Immune
Algorithm,” KFLIS, Vol. 12, No. 3, pp.246-254, 2002.
25. Dong Hwa Kim, “Intelligent tuning of a PID controller using immune algorithm,” Trans. KIEE,
Vol.51, No.1, pp.8-16, 2002.
26. Dong Hwa Kim, “Multiobjective PI controller tuning of multivariable boiler control system using
immune algorithm,” KFIS, Vol. 3, No. 1, pp.78-86, 2003.
27. Dong Hwa Kim, “Intelligent control of nonlinear dynamic systems using immune fuzzy fusion,”
JACI (Japan), Vol. 7, No.3, December 2003.
28. Dong Hwa Kim, “Intelligent PID control by immune algorithm based fuzzy rule auto-tuning,”
IFSA Proceeding (SCI), June 29-July 2, 2003.
29. Dong Hwa Kim, etc.(3 Author), “The Genetic design of hybrid fuzzy controllers,” Cybernetics and
Systems: An International Journal (SCI), Vol. 35, No. 4, pp. 1-29, 2003.
30. Keun-Chang KWAK,† Non Membership and Dong-Hwa KIM†† Membership, “Adaptive Neuro-
Fuzzy Networks with the Aid of Fuzzy Granulation,” IEICE TRANS. INFORMATION &
SYSTEMS (SCI, Japan), VOL. E85-D, No. 1 JANUARY 2004.
31. Dong Hwa Kim, “PID Controller Tuning of a Boiler Control System Using Immune Algorithm
Typed Neural Network,” Lecture Notes in Compute Science Proceeding of Springer (SCI) June 7-9
2004.
32. Dong Hwa Kim, Jae Hoon Cho, “Disturbance Rejection Control of Thermal Power Plant Using
Immune Algorithm,” Lecture Notes in Compute Science Proceeding of Springer (SCI) June 7-9
2004.
33. Dong Hwa Kim, “Intelligent Control of inverted pendulum system using immune fuzzy fusion,”
WSEAS Transactions on Computer, Vol. 3, Issue 3, pp. 552-557, July, 2004.
34. Dong Hwa Kim, “Neural network tuning of 2-DOF PID Controller with a combined 2-DOF
parameter for nuclear steam generator level control,” Lecture Notes in Computer Science
Proceeding of Springer (SCI) Sept 22-24, 2004.
35. Dong Hwa Kim, Jae Hoon Cho, “Intelligent Tuning of PID Controller With Robust Disturbance
Rejection Function Using immune Algorithm,” Lecture Notes in Compute Science Proceeding of
Springer (SCI) Sept 22-24, 2004.
36. Dong Hwa Kim, Jae Hoon Cho, “Robust PID Controller Tuning Using Multiobjective
Optimization Based on Clonal Selection of Immune Algorithm,” Lecture Notes in Computer
Science Proceeding of Springer (SCI) Sept 22-24, 2004.
37. Dong Hwa Kim, “The Comparison of Characteristics of 2-DOF PID Controllers and Intelligent
Tuning for a Gas Turbine Generating Plant,” Lecture Notes in Computer Science Proceeding of
Springer (SCI) -LNCS Sept 22-24, 2004.
38. Dong Hwa Kim, etc (1 Author), “Context-based Fuzzy clustering for rule extraction of Takagi-
Sugeno fuzzy model,” Journal of Konwledge-Based Systems (SCI), April, 2004. pp.
39. Jae Hoon Cho, Dong Hwa Kim, Sung Kwon Oh, “Fuzzy Neural Networks by means of advanced
clonal selection of immune algorithm and its application to traffic route choice,” J. KFLIS. Vol. 14,
No. 4, pp. 402-410, 2004.
40. Sung-Kwun Oh, Dae-Keun Lee, Witold Pedrycz, Dong-Hwa Kim, “The genetic design of hybrid
fuzzy controllers,” Cybernetics and Systems: An International Journal (SCI), Vol. 35, pp. 333-361,
2004.
41. Dong Hwa Kim, “Intelligent control of nonlinear dynamic system using immune fuzzy fusion,”
KFLIS, Vol. 4, No. 1, June 2004, pp. 70-78.
42. Dong Hwa Kim, “Robust tuning of PID controllers with disturbance rejection using bacterial
foraging based optimization,” WSEAS Transaction on systems Vol. 3, No. 9, 2004, pp. 2834-2840
43. Dong Hwa Kim, Jae Hoon Cho, “Robust PID using Gain/Phase margin and advanced immune
algorithm,” WSEAS Transaction on systems Vol. 3, No. 9, 2004, pp. 2841-2851.
44. Dong Hwa Kim, “Robust tuning of embedded intelligent PID controller for induction motor using
bacterial foraging based optimization (Best paper candidate,” Lecture Notes in Computer Science
Proceeding of Springer (SCI) –LNCS, ICESS2004, Dec. 9-10, 2004, Zhejiang University,
Hanzhou, China.
45. Dong Hwa Kim, Member IEEE, Jin Ill Park and Ajith Abraham*, Member IEEE, Kaoro Hirrota,
“Intelligent PID Controller Tuning Using a Hybrid GA-PSO Approach,” IEEE Transaction
Evolutionary computation, Jan. 26, 2005, Submitted.
46. Dong Hwa Kim, “Optimal Leaning of Fuzzy Neural Network Using Particle Swarm
Optimization,” Lecture Notes in Computer Science Proceeding of Springer (SCI), May 12-15,
2005, Atlanta.
47. Dong Hwa Kim, Jin Ill Park, “Intelligent Tuning of PID Controller For AVR System Using a
Hybrid GA-PSO Approach,” Lecture Notes in Computer Science Proceeding of Springer (SCI),
May 12-15, 2005, Atlanta.
48. Dong Hwa Kim, Jae Hoon Cho, “Adaptive Tuning of PID Controller For Multivariable System
Using Bacterial Foraging Based Optimization,” Lecture Notes in Computer Science Proceeding of
Springer (SCI), June 12-15, 2005, Poland.
49. Dong Hwa Kim, Jae Hoon Cho, “Intelligent Control of AVR System Using GA-BF,” Lecture Notes
in Computer Science Proceeding of Springer (SCI), June 12-15, 2005, KES 2005, Melbourne,
Australia.
50. Dong Hwa Kim, Jin Ill Park, “Loss Minimization Control of Induction Motor Using GA-PSO,”
Lecture Notes in Computer Science Proceeding of Springer (SCI), June 12-15, 2005, KES 2005,
Melbourne, Australia.
51. Dong Hwa Kim, “Robust Intelligent Tuning of PID Controller for Multivariable System Using
Clonal Selection and Fuzzy Logic,” Lecture Notes in Computer Science Proceeding of Springer
(SCI), June 12-15, 2005, KES 2005, Melbourne, Australia.
52. Dong Hwa Kim, Jin Ill Park, “Improvement of Genetic Algorithm Using PSO and Euclidean Data
Distance,” IEEE 2005 Intelligent computing, Lecture Notes in Computer Science Proceeding of
Springer (SCI), Aug. 23-26, China.
53. Dong Hwa Kim, Jin Ill Park, “Intelligent PID Controller Tuning of AVR System Using GA and
PSO,” IEEE 2005 Intelligent computing, Lecture Notes in Computer Science Proceeding of
Springer (SCI), Aug. 23-26, China.
54. Dong Hwa Kim, “Decentralised PID Controller Tuning for Multivarlable Process Using
Multiobjective Optimization Based on Bacterial Foraging IEEE 2005 Intelligent computing,
Lecture Notes in Computer Science Proceeding of Springer (SCI), Aug. 23-26, China.
55. Dong Hwa Kim, Jae Hoon Cho, Ajith Abraham, “Bacteria foraging based optimization for robust
tuning of PID controller with disturbance rejection,” IEEE Trans. On Control system technology,
March 25, Submitted.
56. Dong Hwa Kim, Jae Hoon Cho, Ajith Abraham, “Immune algorithm based optimal learning of
fuzzy neural network,” IEEE SMC, March 25, Submitted.
57. Keun-Chang KWAK,† Non Membership and Dong-Hwa KIM†† Membership, “TSK-based
Linguistic Fuzzy Model with Uncertain Model Output,” IEICE TRANS. INFORMATION &
SYSTEMS, VOL. E86-D, No. 1 March 20, 2005.
58. Dong Hwa Kim, Jin Il Park, “Intelligent-tuning of AVR system using reference model based
immune algorithm and PSO,” International Journal of Electronics, May 8, 2005, Submitted.
59. Dong Hwa Kim, Jin Ill Park, “GA-PSO Based Vector Control For Indirect of Three Phase
Induction Motor,”Applied Soft Computing, April 30, 2005, Submitted.
60. Dong Hwa Kim, Jae Hoon Cho, “Hybrid GA-BF Based Intelligent PID Controller Tuning For AVR
System, Applied Soft Computing, April 30, 2005, Submitted.
61. Dong Hwa Kim, Member IEEE, Jin Ill Park, “Intelligent PID Controller Tuning Using a Hybrid
GA-PSO Approach,” Applied Soft Computing, April 30, 2005, Submitted.
International Conference
1. Kim, Dong Hwa, “Application of Multivariable 2-DOF PID controller with Neural network Tuning
method to the Parallel flow Control for Heat exchange, ”FUZ-IEEE, Aug. 22-25, 1999, Seoul,
Korea.
2. Kim, Dong Hwa, “Complex Process Control using the Adaptive Neural Fuzzy Inference System,”
KACC(international section), OCT.18-20,00, Young-in, Korea.
3. Kim, Dong Hwa, “Design and the characteristic analysis of experimental system for automatic
control, ”KACC(international section), OCT. 18-20,00, Young-in, Korea.
4. Kim, Dong Hwa, “An Analysis of Cost Driver in Software Cost Model by Neural Network
System,” KACC(international section), OCT. 18-20,00, Young-in, Korea.
5. Kim, Dong Hwa, “A Estimation of Software Development Effort for Distributed Control System
by ANFIS,” KACC(international section), OCT. 18-20, 2000.
6. Dong Hwa Kim, “A Model Study for Software Development Effort and Cost Estimation by
Adaptive Neural Fuzzy Inference System,” KACC international section, Oct.18-20, 2000, Young-
in, Korea.
7. Kim, Dong Hwa, “Tuning of a PID controller using immune network model and fuzzy set,”
ISIE2001, June 15, 2001, Pusan, Korea.
8. Kim, Dong Hwa, “A comparison of the characteristics of a PID controller tuning on a multivariable
process,” SICE/ICASE2001, July 24, 2001, Nagoya, Japan.
9. Kim, Dong Hwa, “Tuning of a PID controller using an Artificial immune network model and local
fuzzy set,” IFAS/NAFIPS2001, July 28, 2001, Vancouver, Canada.
10. Kim, Dong Hwa, “Intelligent tuning of a PID controller using immune algorithm,” ICCAS2001,
Oct.17-21, 2001, Jeju, Korea.
11. Kim, Dong Hwa, “Intelligent tuning of a PID controller for multivariable process using immune
network model based on fuzzy set,” FUZ-IEEE, Dec.2. 2001, Melbourne.
12. Kim, Dong Hwa, “Intelligent Tuning of the 2-DOF PID Controller On the DCS for Steam
Temperature Control of Thermal Power Plant,” IEEEI&CPS, May 7, 2002 Savannah, USA.
13. Kim, Dong Hwa,” Tuning of 2-DOF PID controller by immune algorithm," May 12-16, 2002,
2002 IEEE international conference on evolutionary computation,” IEEE CEC2002, May 12-16,
Hawaii, 2002, USA.
14. Kim, Dong Hwa,” Auto-tuning of reference model based PID controller using immune algorithm,”
IEEE CEC2002, May 12-16, 2002, Hawaii, USA.
15. Kim, Dong Hwa,” Neural networks control by immune algorithm based auto-weight function
tuning,” IEEE IJNN2002, May 12-16, 2002, Hawaii, USA.
16. Kim, Dong Hwa,” Parameter tuning of fuzzy neural networks by immune algorithm,” IEEE-
FUZZ2002, May 12-16, 2002, Hawaii, USA
17. Kim, Dong Hwa, “Intelligent Tuning of the 2-DOF PID Controller with a Separated 2-DOF
Parameter Using Immune Network for Boiler Control of Thermal Power Plant,” IFAC, July 21-26,
2002, Barocelona, Spain.
18. Kim, Dong Hwa, “An Artificial immune network algorithm based 2-DOF controller system
design,” SCIS&ISIS 2002, Oct. 21-25, 2002, Japan.
19. Kim, Dong Hwa, “Temperature control of power plant using immune algorithm based decoupling
computation,” SCIS$ISIS 2002, Oct. 21-25, 2002, Japan.
20. Kim, Dong Hwa, “Intelligent Control by Immune Network Algorithm Based Auto-Weight
Function Tuning,” ICCAS2002, Oct. 16-19, 2002, Muju, Korea.
21. Kim, Dong Hwa, “Auto-Tuning Of Reference Model Based PID Controller Using Immune
Algorithm,” ICCAS2002, Oct. 16-19, 2002, Muju, Korea.
22. Kim, Dong Hwa, “Immune Based 2-DOF PID Controller Design for Complex Process Control,”
ICCAS2002, Oct. 16-19, 2002, Muju, Korea.
23. Kim, Dong Hwa, “Immune Based Intelligent Tuning of the 2-DOF PID Controller for Thermal
Power Plant,” ICCAS2002, Oct. 16-19, 2002, Muju, Korea.
24. Kim, Dong Hwa, “Decoupling Based PID Control and Intelligent Tuning of the Multivariable
Thermal Power Plant,” ICCAS2002, Oct. 16-19, 2002, Muju, Korea.
25. Kim, Dong Hwa, “Intelligent Control by Immune Network Algorithm Based Auto-Weight
Function Tuning,” ICCAS2002, Oct. 16-19, 2002, Muju, Korea.
26. Kim, Dong Hwa, “Application of immune network for intelligent controller of a multivariable
system,” InTech2002, Dec. 3-5, 2002, Vetnam.
27. Kim, Dong Hwa, “Intelligent 2-DOF PID control of thermal power plant using immune based
multiobjective, Journal of Research institute for foundation of Production, Vol. 3, No. 1, pp. 8-17,
2003.
28. Kim, Dong Hwa, “Power plant boiler level control using immune algorithm based rule auto-
tuning,” Journal of Research institute for foundation of Production, Vol. 3, No. 1, pp. 8-17, 2003.
29. Dong Hwa Kim, “Immune algorithm based intelligent control of multivariable power plant,”
FIP2003, March 1-4 2003, Beijing, China.
30. Dong Hwa Kim, “Immune algorithm based intelligent PID control of nonlinear multivariable
power plant,” FIP2003, March 1-4 2003, Beijing, China.
31. Kim, Dong Hwa, “Intelligent 2-DOF PID control for thermal power plant using immune based
multivariable,” DCIDS2003, May 15-18, 2003, Canada, Ontario
32. Kim, Dong Hwa, “Tuning of PID controller of dead time process using immune based
multiobjective,” IASTED, May 19-21, 2003, Mexico.
33. Kim, Dong Hwa, “Intelligent 2-DOF PID controller for thermal power plant using immune based
multiobjective,” IASTED, May 19-21, 2003, Mexico.
34. Kim, Dong Hwa, “Intelligent Tuning of PID controller for thermal power plant using immune
based multiobjective,” IFSA, June 29-July 2, 2003, Turkey.
35. Kim, Dong Hwa, “Comparison of PID Controller Tuning of Power Plant Using Immune and
Genetic Algorithms,” IEEE-CIMSA2003, 29-31 July 2003, pp., Ligano, Switzerland.
36. Kim, Dong Hwa, “Level control by immune algorithm based fuzzy membership function tuning,”
IFSA, June 29-July 2, 2003, pp.301-306, Turkey.
37. Kim, Dong Hwa, “Intelligent Tuning of dead time process using immune based multiobjective,”
IASTED, July 14-16, 2003, Canada.
38. Dong Hwa Kim, “Intelligent control of power plant using immune algorithm based multiobjective
fuzzy optimization,” ISIS2003, Sept. 25-28 2003, Jeju.
39. Dong Hwa Kim, “Comparison of PID tuning of power plant using immune and genetic
Algorithms,” ISIS2003, Sept. 25-28 2003, Jeju.
40. Dong Hwa Kim, “Dcs Model for power plant steam generator,” IFAC2003, Sept. 15-19 2003,
Seoul.
41. Kim, Dong Hwa, “Multivariable intelligent control of power plant deaerator using immune
algorithm,” IFAC2003, Sept. 15-19 2003, Seoul.
42. Kim, Dong Hwa, “Intelligent control of power plant boiler level using immune algorithm based
fuzzy rule tuning,” IFAC2003, Sept. 15-19 2003, Seoul.
43. Dong Hwa Kim, “Adaptive intelligent control of inverted pendulum using immune fuzzy fusion,”
ICCAS2003, Oct. 22-25 2003, Gyeongju.
44. Dong Hwa Kim, “Immune algorithm based 2-DOF controller design and tuning for power
stabilizer,” ICCAS2003, Oct. 22-25 2003, Gyeongju.
45. Dong Hwa Kim, “Implementation of 2-DOF controller using immune algorithm,” ICCAS2003,
Oct. 22-25 2003, Gyeongju.
46. Dong Hwa Kim, “Intelligent 2-DOF PID control for thermal power plant using immune based
multivariable,” ICCAS2003, Oct. 22-25 2003, Gyeongju.
47. Kim, Dong Hwa, “Adaptive controller design for multivariable system using immune algorithms,”
IEEE CIRAS2003, Dec. 15-18 2003, Singapore.
48. Kim, Dong Hwa, “Intelligent control by immune algorithm based weight parameter tuning of fuzzy
neural networks,” IEEE CIRAS2003, Dec. 15-18 2003, Singapore.
49. Dong Hwa Kim, “Nuclear steam generator level control by a neural network-tuning 2-DOF PID
controller,” IEEE ICNSC2004, Taipei, March 21-23, 2004.
50. Dong Hwa Kim, Hwan Lee, “Intelligent Control of Nonlinear Power Plant Using Immune
Algorithm Based Multiobjective Optimization,” IEEE ICNSC2004, Taipei, March 21-23, 2004.
51. Dong Hwa Kim, Jae Hoon Cho, Intelligent Tuning of PID Controller With Disturbance Function
Using Immune Algorithm,” NAFIPS2004, June 27-30, 2004, Canada.
52. Dong Hwa Kim, Jae Hoon Cho, “Robust Tuning for Disturbance Rejection of PID Controller
Using Evolutionary Algorithm,” NAFIPS2004, June 27-30, 2004, Canada.
53. Dong Hwa Kim., “Neuro-Fuzzy Tuning of PID Controller for Control of Actual Gas Turbine
Power,” IEEE CIMSA2004, July 14-16, 2004, Boston.
54. Dong Hwa Kim, “Nuclear Steam Generator Level Control by a Neural Network-Tuning 2-DOF
PID Controller,” IEEE CIMSA2004, July 14-16, 2004, Boston.
55. Dong Hwa Kim, Jae Hoon Cho, “INTELLIGENT TUNING OF PID CONTROLLER WITH
DISTURBANCE FUNCTION USING IMMUNE ALGORITHM,” IEEE-CIMSA2004, July 14-
16, 2004, Boston.
56. Dong Hwa Kim, “Decentralised PID Controller Tuning for Motor Using Multiobjective
Optimization Based on Clonal Selection of Immune Algorithm,” IEEE-ICSSSM04, July 19-24,
2004, China.
57. Dong Hwa Kim, Jae Hoon Cho, “An Immune Based Neo-Fuzzy Approach Modeling And Control
of Dynamic System,” IEEE-ICSSSM04, July 19-24, 2004, China.
58. Dong Hwa Kim, Jae Hoon Cho, “Parameter Estimation of a Squirrel-Double Cage Induction Motor
Using Clonal Selection of Immune Algorithm,” IEEE-IECON04, Nov. 2-6, Pusan, Korea.
59. Dong Hwa Kim, "Robust Disturbance Rejection Control Of Thermal Power Plant Using Immune
Algorithm Based Multiobjective ,"SCI, July 18-21,2004, Florida, USA.
60. Dong Hwa Kim Adaptive Tuning of PID Controller For Embedded System Using
Immune Algorithm Based Multiobjective Fuzzy Optimization,” Aug. 2004. (SCI)
61. Dong Hwa Kim, Jae Hoon Cho, “Design of Embedded PID Controller With Disturbance Rejection
Function Using Immune Algorithm,” Aug. 2004. (SCI)
62. Dong Hwa Kim, Jae Hoon Cho, “Robust Tuning of Embedded Intelligent PID Controller For
Induction Motor Using Bacterial Foraging Based Optimization,”, Aug. 2004. (SCI) Conference.
63. Dong Hwa Kim, Jae Hoon Cho, “Optimal control of induction motor using immune algorithm
based fuzzy neural network,” ICCAS’04, Aug. 25-27, 2004, Thailand.
64. Dong Hwa Kim, Jae Hoon Cho, “Intelligent tuning of PID controller with disturbance rejection
using immune algorithm,” ICCAS’04, Aug. 25-27, 2004, Thailand.
65. Dong Hwa Kim, Jae Hoon Cho, Won Pyo Hong, Seung Hack Lee Hwan Lee, “Intelligent tuning of
PID controller with disturbance rejection using immune algorithm,” ICCAS’04, Aug. 25-27, 2004,
Thailand.
66. Dong Hwa Kim, Jae Hoon Cho, “Parameter estimation of a squirrel-double cage induction motor
using clonal selection of immune algorithm,” Nov. 4, 2004. Busan.
67. Dong Hwa Kim, Jae Hoon Cho, “Design of robust PID controller with disturbance rejection for
motor using immune algorithm,” HIS04, Dec. 06-08, 2004, Kitakyushu, Japan.
68. Dong Hwa Kim, Jae Hoon Cho, Hwan Lee “Robust motor control using clonal selection of
immune algorithm based multiobjective,” HIS04, Dec. 06-08, 2004, Kitakyushu, Japan.
69. Dong Hwa Kim, “Ronust tuning of PID controller with disturbance rejection using bacterial
foraging based optimization,” International symposium on computational intelligent and industrial
application (ISCIIA2004), Dec. 20-22, 2004, Hikou, China.
70. Dong Hwa Kim, Jae hoon Cho, Won Pyo Hong, Seung Hack Lee “Intelligent parameter estimation
of induction motor using immune algorithm,” International symposium on computational
intelligent and industrial application (ISCIIA2004), Dec. 20-22, 2004, Hikou, China.
71. Won pyo Hong, Choong Sub Yoon, “Dsign of fault diagnostic system for induction motors with
redundant controller area network,” International symposium on computational intelligent and
industrial application (ISCIIA2004), Dec. 20-22, 2004, Hikou, China.
72. Rajendra P. Badapanda, Shivashankar B. Nair, Dong Hwa Kim, “A Framework for Rapid
Deployment of Devices and Robots on a Network,” ICENCO'2004 (1st International Computer
Engineering Conference New Technologies for the Information Society), Faculty of Engineering,
December 27-30, 2004, Cairo University Cairo, EGYPT.
73. Dong Hwa Kim, Jae Hoon Cho, “PARTICLE SWARM OPTIMIZATION ALGORITHM BASED
FUZZY NEURAL NETWORK,” International Fuzzy System Association, Tsinghua University,
Sichuan University, Aug. 28-31, 2005.
74. Dong Hwa Kim, Jae Hoon Cho, “ROBUST TUNING OF PID CONTROLLER WITH
DISTURBANCE REJECTION USING BACTERIAL FORAGING BASED OPTIMIZATION,”
International Fuzzy System Association, Tsinghua University, Sichuan University, Aug. 28-31,
2005.
75. Dong Hwa Kim, Jae Hoon Cho, “Dong Hwa Kim, “Optimal Learning of Neo-Fuzzy Structure
Using Bacteria Foraging Optimization,” ICCASE2005, Bucheon, Korea June 2-5, 2005.
76. Dong Hwa Kim, Jae Hoon Cho, “Optimal Learning of Fuzzy Neural Network Using Particle
Swarm Optimization Algorithm,” ICCASE2005, Bucheon, Korea June 2-5, 2005.
77. Dong Hwa Kim, “Robust Control of PID controller using bacterial foraging based optimization”,
Proceedings of the second IASTED International Multi-conference, June 20-24, Novosibirsk,
Russia.
78. Dong Hwa Kim, Jae Hoon Cho “Robust Control of Power plant using Immune Algorithm”,
Proceedings of the second IASTED International Multi-conference, June 20-24, Novosibirsk,
Russia.
79. Dong Hwa Kim, “Setworked based intelligent motor-control systems using IEEE/EIA 709.1
Fieldbus”, Proceedings of the second IASTED International Multi-conference, June 20-24,
Novosibirsk, Russia.
80. Dong Hwa Kim, “Robust PID Controller Tuning of Multivarlable System Using Clonal Selection
and Fuzzy Logic,” SICE Annual conference 2005, Okayama University, Japan, Aug. 8-10, 2005.
81. Dong Hwa Kim, Jae Hoon Cho, “Novel Hybrid Control Using GA and Bacteria Foraging,” SICE
Annual conference 2005, Okayama University, Japan, Aug. 8-10, 2005.
82. Dong Hwa Kim, “Optimal Leaning of Fuzzy Neural Network Using Particle Swarm
Optimization,” Lecture Notes in Computer Science Proceeding of Springer (SCI), IEEE-ISI2005,
May 12-15, 2005, Atlanta.
83. Dong Hwa Kim, Jin Ill Park, “Intelligent Tuning of PID Controller For AVR System Using a
Hybrid GA-PSO Approach,” Lecture Notes in Computer Science Proceeding of Springer (SCI),
IEEE-ISI2005, May 12-15, 2005, Atlanta.
84. Dong Hwa Kim, Jae Hoon Cho, “Adaptive Tuning of PID Controller For Multivariable System
Using Bacterial Foraging Based Optimization,” Lecture Notes in Computer Science Proceeding of
Springer (SCI), IWEB2005, June 12-15, 2005, Poland.
85. Dong Hwa Kim, Jin Ill Park, “Improvement of Genetic Algorithm Using PSO and Euclidean Data
Distance,” IEEE 2005 Intelligent computing, Lecture Notes in Computer Science Proceeding of
Springer (SCI), IEEE-ICIC2005, Aug. 23-26, Hefei, China.
86. Dong Hwa Kim, Jin Ill Park, “Intelligent PID Controller Tuning of AVR System Using GA and
PSO,” IEEE 2005 Intelligent computing, Lecture Notes in Computer Science Proceeding of
Springer (SCI), IEEE-ICIC2005, Aug. 23-26, Hefei, China.
87. Dong Hwa Kim, Jae Hoon Cho, “Particle Swarm Optimization Algorithm Based Fuzzy Neural
Network,” International Fuzzy System Association, Tsinghua University, Sichuan University, Aug.
28-31, 2005.
88. Dong Hwa Kim, “Robust tuning of embedded intelligent PID controller for induction motor using
bacterial foraging based optimization (Best paper candidate,” Lecture Notes in Computer Science
Proceeding of Springer (SCI) –LNCS, ICESS2004, Dec. 9-10, 2004, Zhejiang University,
Hanzhou, China.
89. Dong Hwa Kim, Jae Hoon Cho, “Intelligent Control of AVR System Using GA-BF,” Lecture Notes
in Computer Science Proceeding of Springer (SCI), June 12-15, 2005, KES 2005, Melbourne,
Australia.
90. Dong Hwa Kim, Jin Ill Park, “Loss Minimization Control of Induction Motor Using GA-PSO,”
Lecture Notes in Computer Science Proceeding of Springer (SCI), June 12-15, 2005, KES 2005,
Melbourne, Australia.
91. Dong Hwa Kim, “Robust Intelligent Tuning of PID Controller for Multivarlable System Using
Clonal Selection and Fuzzy Logic,” Lecture Notes in Computer Science Proceeding of Springer
(SCI), June 12-15, 2005, KES 2005, Melbourne, Australia.
92. Dong Hwa Kim, Jae Hoon Cho, “Advanced bacterial foraging using immune algorithm,”,
ISIS2005, Yeosu, Sept. 28-Oct.1, 2005. Korea.
93. Dong Hwa Kim, Jin Ill Park, “Vector control for loss minimization of induction motor using GA-
PSO”, ISIS2005, Yeosu, Sept. 28-Oct.1, 2005. Korea.
Domestic Conference94. Kim, Dong Hwa, “Multiobjective optimization of Boiler system using immune algorithm,” May 3,
2003, KFIS, Kangnung.
95. Kim, Dong Hwa, “A feasibility study on application of immune network for intelligent controller
of a multivariable system,” Oct.17, 2001, ICASE, Jeju.
96. Kim, Dong Hwa, “Fuel system control of Gun-san gas turbine using fuzzy neural network,” Nov.
19, 1999, KFLIS, Daejon.
97. Kim, Dong Hwa, “Tuning of New 2-DOF PID Controller for Gun-san Gas turbine by Adaptive
Neural Fuzzy Inference System,” Nov. 19, KFLIS.
98. Kim, Dong Hwa, “2-DOF PID controller for heat exchange,” Oct. 14, 1999, ICASE, Young in,
Korea.
99. Kim, Dong Hwa, “2-DOF PID controller for cascade system,” Oct. 14, 1999, ICASE, Young in,
Korea.
100.Kim, Dong Hwa, “A study of characteristics 2-DOF PID controller with filter,” July20, 1999,
KIEE.
101.Kim, Dong Hwa, “PID control for 2-inertia system using pole allocation,” July 20, 1999, KIEE.
102.Kim, Dong Hwa, “Application of 2-DOF PID controller with filter,” Dec.21, 1998, ICASE.
103.Kim, Dong Hwa, “Comparison of 2-DOF PID controller for multivariable flow control,”
Dec.21,1998, ICASE.
104.Kim, Dong Hwa, “A study on 2-DOF PID controller for air control valve,” Dec.16, 1998, KIEE.
105.Kim, Dong Hwa, “Output characteristics of 2-DOF PID control for Gas turbine system,” Oct.
1998, ICASE.
106.Kim, Dong Hwa, “Comparison of output of 2-DOFPID controller based on Gas turbine data,” Oct.
1998, ICASE.
107.Kim, Dong Hwa, “Comparison of output of 2-DOF PID controller,” July, 1998, KIEE, 787-791,
Gyeong ju.
108.Kim, Dong Hwa, “Circuit design and characteristic analysis of low differential pressure sensor,”
July 1998, KIEE, 607-610, Gyeong ju, Korea.
109.Kim, Dong Hwa, “Application 2-DOF PID controller for Gas turbine loop,” July 1998, KIEE, pp.
781-786, Gyeong ju.
110.Kim, Dong Hwa, “Circuit design and characteristics analysis for low pressure,” July, 1998, pp.
607-610, Gyeong ju.
111. Kim, Dong Hwa, “Gas turbine Control using Neural-Network 2-DOF PID Controller”, June 1998,
KFLIS.
112.Kim, Dong Hwa, “Intelligent tuning of 2-DOF PID controller,” Oct. 17-18, 1997, ICASE, Seoul,
Korea.
113.Kim, Dong Hwa, “2-DOF PID controller for steam generator of nuclear power plant,” Oct. 17-18,
1997, ICASE, Seoul, Korea.
114.Kim, Dong Hwa, “2-DOF PID controller for flow control system,” Oct. 17-18, 1997, ICASE,
Seoul, Korea.
115.Kim, Dong Hwa, “Comparison of controller for steam generator of nuclear power plant,” July 21-
23, 1997, KIEE, Youngpyong, Korea.
116.Kim, Dong Hwa, “A study on Application of Intelligent controller for pH control system,” July 21-
23, 1997,KIEE, Youngpyong, Korea.
117.Kim, Dong Hwa, “Neural network tuning of 2-DOF PID controller for Gas turbine,” July, 1997,
KIEE, 781-786, Gyeong ju.
118.Kim, Dong Hwa, “Tuning of PID controller for multivariable control system, July 1996, KIEE
conference,” 1092-1095, Youngpyong, Korea.
119.김동화, 조재훈, 이환, “PID제어기의 외란 제거 및 최적화 튜닝을 위한 면역 알고리즘 적용,”
정보 및 제어 학술회의 2003. 11.21-22, 2003. 춘천.
120.홍원표, 윤충섭, 김동화,”Design of fault diagnostic and Fault tolerant system for induction
motors with redundant controller area network,”The Korea Institute of Illuminating Electrical
Installation Engineers (한국 전기 조명 설비 학회) 정기학술대회 2004, 11.3.
121.Dong Hwa Kim, Jae Hoon Chon, “Intelligent tuning of PID controller with disturbance rejection
using bacterial foraging,” KFIS, Oct. 30, 2004, pp. 15-20. Masan, Korea.
122.Dong Hwa Kim, Jae Hoon Chon, “Intelligent parameter estimation of an induction motor using
immune algorithm,” KFIS, Oct. 30, 2004, pp. 15-20. Masan, Korea.
123.Dong Hwa Kim, Jae Hoon Cho, “Robust Control of Power Plant Using Immune Algorithm,”
IASTED2005- ACIT, June 2024-, 2005, Russia.
124.Dong Hwa Kim, “Robust Control of PID Controller Using Bacterial Foraging Based
Optimization,” IASTED2005- ACIT, June 2024-, 2005, Russia.
Book Author
1. Sensor Engineering, 2001, Taehoon Publisher.
2. Intelligent process control, Sept. 1998, Gidari Publisher.
3. New Instrumentation, Aug. 1997, Dong Ill Publisher.
4. Sensor Engineering, Feb. 1997, Daejon National University of Technology.
5. Sensor Engineering, Feb. 1997, Daejon National University of Technology.
6. Process control, March 1996, Daejon National University of Technology.
Report
1. Development of process instrumentation experimental system, Jan. 2001 KOSEF.
2. S/W cost estimation by Intelligent method, 2000. 9, University of Alberta
3. Application of DCS to Plant, Jan. 1999. Ministry of education.
4. Basic research for development of intelligent gas controller, Feb, 1999.
5. Development of low differential pressure sensor, Feb. 1999, Ministry of Commercial trade affair.
6. Development of low differential pressure sensor, Aug. 1998, Ministry of Commercial trade affair.
7. Development of magnetic flow meter Dec. 1997, KAERI.
8. Application of Intelligent PID controller for Nuclear power plant, Dec. 1997, EESURI.
9. Power plant modeling and improvement of controller for DCS of power plant, Aug. 2002, Ministry
of Commercial trade affair.
10. Education for electrical system, Aug. 31, 2004.
International Journal Editor1. Journal of Advanced Computational Intelligence and Intelligent Informatics, Dec. 12, 2004-,
2005), Fuji Press, Japan.
2. International Journal of Computational Intelligence Research (IJCIR), May 1, 2005-, India
Research Publication.
Plenary Invite Speaker1. IEEE Systems, Man, and Cybernetics Society, The Fourth IEEE International Workshop on soft
computing as Transdisciplinary Science and Technology, May 25-27, Muroran, Japan.
Title: Hybrid Intelligent Systems for Intelligent Control
Abstract: Hybrid Intelligent Systems are playing an important role in developing several intelligent control paradigms and in the electrical power industry. In this talk, we present a Genetic Algorithm-Particle Swarm optimization algorithm based indirect vector control for intelligent control applications. Experiment results illustrate the importance of hybrid intelligent approaches in real world control applications.
Biography: Dr. Kim is currently a professor at Hanbat National University, Korea and heads the intelligent control laboratory. His main research interests are in Neural network control, Fuzzy systems and control, Artificial immune control, Computatonal intelligence, Bacteria foraging, Particle swarm optimization, Hybrid intelligent system and Intelligence based industrial control. He has published over 150 articles in journals and conferences and some of his papers have won best paper awards. Prior to becoming an academic he has bene working with Korea Atomic Energy Research Institute, Korea and has held several visiting appointments at Argonne National Laboratory, USA; University of Alberta, Canada; Tokyo Institute of Technology, Japan etc.
Technical Description
1. Characteristics of process system, Daejon city, July, 1997.
2. Fuzzy theory(Fuzzy control), Monthly magazine of automation control instrumentation, Nov. 1998.
3. Fuzzy theory(Fuzzy relation), Monthly magazine of automation control instrumentation, Dec.
1998.
4. Fuzzy theory(Fuzzy approximation), Monthly magazine of automation control instrumentation,
Jan. 1999.
5. Fuzzy theory(Fuzzy approximation Monthly magazine of automation control instrumentation, Feb.
1999.
6. Fuzzy theory(Fuzzy Control), Monthly magazine of automation control instrumentation, March,
1999.
7. Fuzzy theory(Fuzzy Control), Monthly magazine of automation control instrumentation, May,
1999.
8. Fuzzy theory(Fuzzy Control), Monthly magazine of automation control instrumentation, June,
1999.
9. Fuzzy theory(Fuzzy Control), Monthly magazine of automation control instrumentation, July,
1999.
10. Fuzzy theory(Fuzzy Control), Monthly magazine of automation control instrumentation, August,
1999.
11. Fuzzy theory(Fuzzy Control), Monthly magazine of automation control instrumentation,
September, 1999.
12. Neural network, Monthly magazine of automation control instrumentation, October, 1999.
13. Neural network, Monthly magazine of automation control instrumentation, November, 1999.
14. Neural network, Monthly magazine of automation control instrumentation, January, 2000.
15. Neural network, Monthly magazine of automation control instrumentation, February, 2000.
16. Neural network, Monthly magazine of automation control instrumentation, March, 2000.
17. Neural network, Monthly magazine of automation control instrumentation, April, 2000.
18. Neural network, Monthly magazine of automation control instrumentation, May, 2000.
19. Neural network, Monthly magazine of automation control instrumentation, July, 2000.
20. Neural network, Monthly magazine of automation control instrumentation, August, 2000.
21. Genetic algorithm, Monthly magazine of automation control instrumentation, November, 2000.
22. Genetic algorithm, Monthly magazine of automation control instrumentation, December, 2000.
23. Chaos, Monthly magazine of automation control instrumentation, January, 2001.
24. Flow control technology in Process, Monthly magazine of automation control instrumentation,
Jan., 2002.
25. Application of immune algorithm to Process, Monthly magazine of automation control
instrumentation, April, 2002.
26. Sensor in Process, Journal Measurement and control, May, 2002.
27. Robot mobile by immune algorithm, Monthly magazine of automation control instrumentation,
June, 2002.
28. Introduction process instrumentation, Monthly magazine of automation control instrumentation,
July, 2002.
29. Temperature measurement by RTD in Process, Monthly magazine of automation control
instrumentation, Aug., 2002.
30. Temperature measurement by T/C in Process, Monthly magazine of automation control
instrumentation, Sept., 2002.
31. Temperature measurement by RTD in Process, Monthly magazine of automation control
instrumentation, Oct., 2002.
32. Level measurement in Process, Monthly magazine of automation control instrumentation, Dec.,
2002.
33. Flow characteristic in Process, Monthly magazine of automation control instrumentation, Jan.,
2003.
34. Flow measurement by differential flow meter, Monthly magazine of automation control
instrumentation, Feb. 2003.
35. Flow measurement by flow meter, Monthly magazine of automation control instrumentation,
March, 2003.
36. Flow measurement by flow meter, Monthly magazine of automation control instrumentation, April,
2003.
37. Structure of process control, Monthly magazine of automation control instrumentation, July, 2003.
38. Structure of process control, Monthly magazine of automation control instrumentation, Oct., 2003.
39. Sensor function and its application in industrial field-sensor material, Monthly magazine of
automation control instrumentation, Jan. 2004.
40. Sensor function and its application in industrial field-basic effect for sensor, Monthly magazine of
automation control instrumentation, April, 2004.
41. Sensor function and its application in industrial field-basic effect for sensor, Monthly magazine of
automation control instrumentation, March, 2004.
42. Sensor material(센서용 재료), Monthly magazine of automation control instrumentation, May,
2004.
43. Humidity sensor(습도센서), Monthly magazine of automation control instrumentation, June,
2004.
44. Gas sensor, Monthly magazine of automation control instrumentation, July, 2004.
45. Gas sensor, Monthly magazine of automation control instrumentation, Aug, 2004.
46. Infrared sensor, Monthly magazine of automation control instrumentation, Sept., 2004.
47. Image sensor, Monthly magazine of automation control instrumentation, Oct., 2004.
48. Color sensor, Monthly magazine of automation control instrumentation, Nov., 2004.
49.
Project
1. Daejon City and Small&Medium Fund.
2. Development of Intelligent controller for chemical injector, June 1, 1996-May 30, 1997,
3. Intelligent control for chemical injector, Sept. 1, 1996-Aug. 31, 1997, KOSEF (Korea Scientific
and Engineering Foundation) Fund.
4. Development of data acquisition and controller of mobile robot, June 1, 1997-May 30, 1998,
Daejon City and Small&Medium Fund.
5. Development of Intelligent control for process experimental system, Sept. 1, 1998-Aug. 31, 2000,
KOSEF (Korea Scientific and Engineering Foundation) Fund.
6. Development of signal condition for low differential pressure sensor, Oct. 1, 1997-Sept. 30, 1998,
Minister of Commercial and trade.
7. Intelligent controller development for gas turbine, Oct. 1, 1998-Sept. 30, 1999, EESRI
8. Development of signal condition for low differential pressure sensor, Oct. 1, 1998-Sept. 30, 1999,
Minister of Commercial and trade.
9. Intelligent controller development for DCS, Dec. 1, 1998-Nov. 30, 1999, Hanbat National
University.
10. Development of improvement controller and modeling for power plant controller, Sept.1, 2001-
Aug., 2004. EESRI.
11. Basic education for electrical engineering field, Sept. 1, 2002-Aug. 30, 2004, KEPRI
12. Development of controller in water refinery system, May 1 2003 – Feb. 28 2004, Small and
Medium fund.
13. Development of intelligent motor drive, Oct. 1, 2003-Sept. 30, 2006. KEPRI.
14. 김동화, 홍원표, 황재호, ”분산제어 시스템 구축을 위한 국내 화력 발전소 고유 모델개발 및
제어기 성능 개선,” 기초전력 연구원 보고서 2004. 10.
15. 김동화, “전력산업 인력양성,”전력연구원, 2004, 8.
16. 김동화, “전력산업 인력양성,”전력연구원, 2004, 12.1 –2005. 11.30.
Lectures
B. S CourseInstrumentation and
Instrumentation and Control
Sensor Engineering
Plant control
Sensor and Measurement
Plant Control
Graduate CoursePlant control
Intelligent Control
Multivariable control
Intelligent Process
Professional Experience
Paper Review1. A study on the power system of solar cell, Proceeding of KIIEIE, April, 1998.
2. Application and advanced QFT using genetic algorithm, Chungbuk National University,
PhD review, Aug. 1998.
3. The level control of nuclear steam generator using QFT and GA, Chungbuk National
University, PhD review, Feb. 1999.
4. Temperature control of Capsule for Nuclear reactor, ICASE, May 1999.
5. IEEE Trans System and Man and Cybernetic Part B, Feb. 1999. (Pattern classification
using fuzzy relational calculus)
6. Fuzzy clustering and intelligent control, Chungbuk National University, PhD review, Dec.
2001.
7. Proceeding of KIIEIE, March, 2002.
8. Steam generator level control in PWR, IEEE Trans. Nuclear Technology Science, July,
2002.
9. Digital control of nuclear steam generator, Proceeding of KIIEIE, July, 2002.
10. Covariance-based Neural network fuzzy network----, International Journal of Fuzzy
systems (IJFS), Aug, 2002.
11. Proceeding of KIIEIE, Sept., 2002.
12. IASTED proceeding, May 2003.
13. IEEE Transaction of control and system technology, July 2003.
14. Director of Daejon Branch, ICASE, 2001- 2004.
15. Virtual polar coordinate space with fuzzy preserving sensor networks for mobile issues,
IEEE Transactions on Mobile Computing, April 23, 2004
16. Artificial immune systems in evolutionary method for optimal distribution network design,
IASTED Modelling, Simulation and Optimization, April 19, 2004.
17. Director, Korean Institute of Information Technology, Jan. 2004.
18. IASTED-AIA2005, “ Paper No. 453-055, Oct. 2004.
19. IASTED-AIA2005, “ Paper No. 453-149, Oct. 2004.
20. ICS2004(Taiwan) Dec. 15-17, 2004, Review (Constraint-based-software specifications~)
21. ICS2004(Taiwan) Dec. 15-17, 2004, Review (Application of VQ to optimal transferom
coding), Review date Oct. 8, 2004.
22. ICS2004(Taiwan) Dec. 15-17, 2004, Review (Solve multiprocessor~), Review date Oct. 8,
2004.
23. ICS2004(Taiwan) Dec. 15-17, 2004, Review (Locating faial feature~), Review date Oct. 8,
2004.
24. ICS2004(Taiwan) Dec. 15-17, 2004, Review (The multi-image copyright~), Review date
Oct. 8, 2004.
25. IEEE Instrumentation and Measurement Society IM-6918, Aug. 03, 2004.
26. IEEE TMCSI-0114-0304, April. 02, 2004,
27. ICASE 04-07-0085, July, 02, 2004.
28. ICASE 04-07-0091, July, 14, 2004.
29. ICASE 04-09-0091, Sept. 17, 2004-12-17
30. IEEE Nucl. Sci. (TNS-00358-2004), Dec. 11, 2004. Investigation of potential operation
issues of human-system interface in Lungmen Nuclear power project.
31. WMSCI2005, Automobile remote and wireless control system using blue tooth interface
(ID: S823JH)
32. WMSCI2005, Delay-dependent robust stabilizing controller design for uncertain time delay
systems (ID: S300QM)
33. WMSCI2005, On the correctness of code generators for PLCs (ID: S362 YK)
34. WMSCI2005, Discrete-time control problem for nonlinear descriptor systems (ID:
S875CG)
35. WMSCI2005, Implementation of the control system of an Omi-directional wheelchair for
increasing users of Navigation comfort (ID: S175IQ)
36. WMSCI2005, Consideration and best of digital PI controller decision in DC power supply
(ID: S721YB)
Section Chair
1. ICCAS2003, International conference control, automation and system, Oct. 22-25,
Gyeongju, Korea
2. ISIS2003, The 4th international symposium on advanced intelligent systems, Sept 25-28,
Jeju, Korea.
3. KFIS2003, Fuzzy and Intelligent system, May 3 2003, Kangung, Korea.
4. IFAC2003, Symposium on power plants and power systems control 2003, Sept. 15-19,
Seoul, Korea.
5. IEEE CIRAS2003(Computational Intelligence Robotics and Autonomous Systems), Dec.
15-18 2003, Singapore.
6. ICCAS2004, Aug. 25-27, 2004, Bangkok.
7. SCI2004, July 18-21, 2004, Orland, Florida, USA.
8. KFIS(한국퍼지 및 지능 시스템 학회) 2004, 10. 30. 마산
Special Section Organization and Chair
1. KES2005 (Special session), Sept. 12-15, Australia.
2. IASTED2005-ACIT (Special session), June 20-24, Russia.
3. IASTED2005-CI (Special session), July 2-6, Canada.
Membership
IEEE (Fuzzy, Neural network, Evolutionary, Industrial application, Control technology,
Automatic control, System and man, cybernetic)
ISA(The Instrumentation, Systems, and Automation Society)
IEEJ (Institute Electrical Engineering of Japan)
JROS (Japan Robotic Society)
SOFT (Society of Fuzzy Theory and Intelligent Informatics, Japan)
INNS (International Neural Network Society)
SICE (Society of Instrument and Control Engineering, Japan)
KIEE (Korea Institute of Electrical Engineering)
ICASE (Institute of Control Automation and System Engineering, Korea)
KFLIS (Korea Fuzzy Logic and Intelligent System)
Spervised Graduate StudentsICASE (Institute of Control Automation and System Engineering)
KFLIS (Korea Fuzzy Logic and Intelligent System)
CommitteeANNIE04 conference, Nov. 7-10, 2004. St. Louise, MO, USA.
ISCIA2004 conference, Dec. 20-22, 2004, Haikou, China
AFSS2004 conference, Dec. 18-19, 2004, Hue city, Vetnam.
ISCIIA2004 conference, Dec. 20-22, 2004, China
ICS2004 conference, Dec. 15-17, 2004, Taiwan
ITEP(한국산업기술평가원), 평가위원
KASAS(한국자동화 표준 시스템 연구조합) 표준화전문위원, 2004, 10-.
ICASE(제어자동화 시스템 공학회) 평의원(2004-2005)
대전광역시 건설기술심의위원, 2004. 1.-2005.12
한국정보기술학회 이사, 2004.1.1-2004.12.31.
KES2005 (Special session), Sept. 12-15,Australia.
IASTED2005-ACIT (Special session), June 20-24, Russia,
IASTED2005-CI (Special session), July 2-6, Canada,
Awards- Best paper award, “Robust PID controller tuning using multiobjective based on clonal
selection of immune algorithm,” KES2004 International conference, Sept. 20-25, 2004,
Newzealand.
- Best paper candidate, “Dong Hwa Kim, “Robust tuning of embedded intelligent PID
controller for induction motor using bacterial foraging based optimization,” Lecture
Notes in Computer Science Proceeding of Springer (SCI) –LNCS, ICESS2004, Dec. 9-10,
2004, Zhejiang University, Hanzhou, China.
Education and Work History (Korean version)
Workshop 및 기타 인력양성 교재개발, 사업실적1) 교재 개발
년도 교재명 구분
2003
현장적응 특별프로그램 교재 교재
특별영어 교육 자료 교재
현장적응 훈련 강의자료 교재
분산제어 이론 교재
전력산업 기초인력 양성센터 위탁교육 자료 보조 교육자료
필드버스 이론 및 응용교육 자료 보조 교육자료
실험실습 장치 사용매뉴얼 실험장치 교재
2004 필드버스 실험교재 교재
네트워트 기반 분산제어 실험교재 교재
Network 을 이용한 실시간 제어계측 시스템 프로그래밍 교재
전력산업에서의 지능형 알고리즘 프로그래밍 실습 교재
2) 산업체 연수 - 1 차년도 (2002.9.1-2003.8.31)
번호참가
연수(교육)원참가 교육과정명 참가인원 교육기간
1
- 현장적응
특별프로
그램 운용
- 분산제어 핵심기술
. MPC860 H/W
. 관련 S/W, firmware 기술
22
46
8 주
(96 시간)
2- 비쥬얼
베이직
- MMIS S/W : 분산제어 핵심기술(MPC 860
중심 H/W, S/W)40
3 주
(18 시간)
3 - 어학 - 어학능력 향상(Toeic 중심) 255 주
(20 시간)
4- LG 교육원
- 아트워크교육
- PLC 및 자동화기초
- PCB 아트워크
10
2
1 주(56 시간)
3 일(24 시간)
합 계 총 4 회 145 명 214
- 2 차년도 (2003.9.1~ 2004.7.31 현재) : 겨울방학 특별프로그램
번호참가
연수(교육)원참가 교육과정명 참가인원 수료인원 교육기간
1
- 현장적응
특별프로
그램 운용
- 네트워크 기반 분산제어 핵심기술
. 네트워크 기반 MPC860 H/W
. 관련 S/W, firmware 기술
54 39
9 주
(108 시간)
실습 및 교육
2- 네트워크 시스템
필드버스 분야
- 네트워크용 Field Bus 구현
. 실습보드를 이용한 Team project
. Team project 에 의한 최종 작품 평가
54 393 주
( 27 시간)
3 - 어학 - 어학능력 향상(Toeic 중심) 54 399 주
(54 시간)
4 - MPLAB - 필드버스 구현을 위한 어셈블러 교육 54 45 8 시간
- 2 차년도 봄학기 중 특별프로그램 (2004.3.1~ 2004.6.20)
5네트워크 기반 분산제어 핵심기술을 위한
실무형 C 언어 기초과정
- 네트워크 기반 분산제어 핵심기술
. 관련 S/W, firmware 기술40 40
11 주
(44 시간)
6 MPC 860 보드를 이용한 네트워크 기반
분산제어 실무형 C 언너 중급과정
- 네트워크 기반 MPC 860 핵심기술
. 네트워크 기반 MPC860 H/W
40 40 11 주
(44 시간)
. 관련 S/W, firmware 기술
- 2 차년도 여름방학 특별프로그램(2004. 6-20-8.20)
7 -DSP 교육 -TMS320C2000 1 일 강좌 1 1 10 시간
8- 네트워크 실시간
제어
- Network 을 이용한 실시간 제어계측 시스템
프로그래밍53
10 주
(120 시간)
합계 총 8 회35
0
24
3405 시간
3) 워크샆 및 세미나
- 1 차년도 전문가 초청(Workshop) 번호 연구소명 워크샆 날짜
1 기초인력양성센터전력설비에서의 소프트 컴퓨팅의 응용 및 향후 전망에
대한 세미나2003.4.28
2 기초인력양성센터 전력산업에서의 지능제어 응용연구 2003.6.16
3 기초인력양성센터 Mathcad 이용한 프로그래밍 기법 2003.6.17
4 기초인력양성센터 전력산업에서의 지능형 자동인식기술 적용연구 2003.6.18
5 기초인력양성센터 전력산업 기초인력양성 특별프로그램 워크샆 2003.6.20
6 기초인력양성센터 전력산업 기초인력양성 특별프로그램 워크샆 2003.7.4~5
7 기초인력양성센터 전력산업 기초인력양성 산.학.연 공동 워크샆 2003.7.10
- 2 차년도 전문가 초청(Workshop) 번호 연구소명 워크샆 날짜
8 기초인력양성센터 네트워크 및 지능형 로봇 구동장치 응용에 대한 세미나 2004.2.28~29
9 기초인력양성센터 전력산업기초인력양성센터 Workshop 2004.5.29~!30
10 기초인력양성센터전력산업에서의 네트워크 기반에서의 지능형 구동기술
(해외전문가 : Shivashankar B. Nair)2004.6.18~19
합계 총 10 회
- 1 차년도 산업체 기술 세미나(2002.9.1~2003.8.31) 번호 연구소명 세미나 산업체명 날짜
1 기초인력양성센터지능형 로봇 기술 시장과 전망에 대한
세미나(주)한올로보틱스 2003.6.20
2 기초인력양성센터Mathcad 기술교육 세미나 (주)비에스티씨 코리아 2003.6.17
3 기초인력양성센터Vssim 기술교육 세미나(사용법) (주)비에스티씨 코리아 2003.5.19
4 기초인력양성센터Vssim 기술 교육 세미나 (주)비에스티씨 코리아 2003.5.15
5 기초인력양성센터Dspace 실습을 위한 Matlab
인터페이싱 실습(주)다림시스템 2003.5
6 기초인력양성센터Dspace 실습을 위한 컴퓨터 시뮬레이션
세미나(주)다림시스템 2003.5
7 기초인력양성센터Dspace 실습을 위한 컴퓨터 인터페이싱
세미나(주)다림시스템 2003.5
합계 총 7 회
- 2 차년도 산업체 기술 세미나 (2003.9.1~ 2004. 8.31) 번호 연구소명 세미나 산업체명 날짜
1 기초인력양성센터제어용 전동력 실험장치의 내장 프로세서 C 코딩
교육(주)한울로보틱스 2003.12
2 기초인력양성센터 제어용 전동력 실험장치의 내장 프로세서 교육 (주)한울로보틱스 2003.12
3 기초인력양성센터 제어용 전동력 실험장치의 초음파 센서 실습 교육 (주)한울로보틱스 2003.12
4 기초인력양성센터제어용 전동력 실험장치의 초음파 센서를 위한 C
코딩 교육 (주)한울로보틱스 2003.12
5 기초인력양성센터제어용 전동력 실험장치의 초음파 센서 기술 교육
세미나(주)한울로보틱스 2003.12
6 기초인력양성센터제어용 전동력 실험장치 전동기 동작 C 언어 함수
교육 세미나(주)한울로보틱스 2003.12
7 기초인력양성센터제어용 전동력 실험장치 전동기 동작을 위한 C
코딩 교육 세미나(주)한울로보틱스 2003.12
8 기초인력양성센터 제어용 전동력 실험장치 전동기 동작 교육 세미나 (주)한울로보틱스 2003.11
9 기초인력양성센터 제어용 전동력 실험장치 기본 구조 교육 세미나 (주)한울로보틱스 2003.11
10 기초인력양성센터 DSP 를 이용한 전동기 구동실험장치 세미나 (주) KMC 2004.5.6
11 기초인력양성센터지능형 전동기 구동장치의 네트워크 장치에 대한
세미나(주) 이엠티 2004.6.5
12 기초인력양성센터지능형 전동기 구동장치의 TCP/IP 를 이용한
네트워크 세미나(주) 이엠티 2004.6.15
13 기초인력양성센터 지능형 전동기 구동장치의 속도제어 세미나 (주) 이엠티 2004.6.26
14 기초인력양성센터지능형 전동기 구동장치의 속도제어 및 토크제어
세미나(주) 이엠티 2004.7.23
합계 총 14 회
- 1 차년도 세미나 (2002.9.1-2003.8.31)
번호 연구소명 세미나 날짜
1 기초인력양성센터 산업체 연수 연구에 대한 세미나 2003.7.25
2 기초인력양성센터 특별프로그램 평가에 대한 세미나 2003.7.24
3 기초인력양성센터 특별프로그램 평가에 대한 세미나 2003.7.23
4 기초인력양성센터 기자재 운용에 대한 세미나 2003.7.22
5 기초인력양성센터 기자재 운용에 대한 세미나 2003.7.21
6 기초인력양성센터 지능형 알고리즘 개선에 대한 세미나 2003.7.19
7 기초인력양성센터 산학연 workshop 협력 문제에 대한 세미나 2003.7.16
8 기초인력양성센터 특별프로그램 교육 운영관련 세미나 2003.7.14
9 기초인력양성센터 산학연 workshop 결과보고 세미나 2003.7.11
10 기초인력양성센터 지능형 알고리즘 발표 분석 세미나 2003.7.09
11 기초인력양성센터 산학연 workshop 관련 발표 세미나 2003.7.08
12 기초인력양성센터 산학연 workshop 관련 준비 세미나 2003.7.07
13 기초인력양성센터 특별프로그램 교육에 대한 세미나 2003.7.05
14 기초인력양성센터 특별프로그램 교육에 대한 세미나 2003.7.03
15 기초인력양성센터 특별프로그램 교육에 대한 세미나 2003.6.27
16 기초인력양성센터 특별프로그램 교육에 대한 세미나 2003.6.26
17 기초인력양성센터 특별프로그램 운영관련 세미나 2003.6.23
18 기초인력양성센터지능형 로봇 기술 시장과 전망에 대한
세미나2003.6.20
19 기초인력양성센터 초청세미나 관련 결과보고 세미나 2003.6.19
20 기초인력양성센터 외부 전문가 초청 세미나 2003.6.18
21 기초인력양성센터 교육용 알고리즘 개발 결과 발표 세미나 2003.6.17
22 기초인력양성센터 외부 전문가 초청 세미나 2003.6.16
23 기초인력양성센터 교육용 소프트웨어 비교분석 발표 세미나 2003.6.14
24 기초인력양성센터 교육 기자재 구입에 대한 세미나 2003.6.13
25 기초인력양성센터 교육용 알고리즘 연구결과 분석 세미나 2003.6.12
26 기초인력양성센터교육용 알고리즘 연구결과 발표 및 기자재
관련세미나2003.6.11
27 기초인력양성센터 교육용 알고리즘 연구결과 발표 세미나 2003.6.10
28 기초인력양성센터 교육용 알고리즘 연구결과 발표 세미나 2003.6.03
29 기초인력양성센터 센터지 및 지능형 알고리즘 개선에 대한 2003.5.27
세미나
30 기초인력양성센터 개선된 지능형 알고리즘 개발에 대한 세미나 2003.5.26
31 기초인력양성센터지능형 알고리즘 결과에 대한 결과보고
세미나2003.5.21
32 기초인력양성센터 지능형 알고리즘 결과에 대한 세미나 2003.5.19
33 기초인력양성센터 특별프로그램 동영상 관련 세미나 2003.5.15
34 기초인력양성센터교육 동영상 및 지능형 알고리즘 결과에
대한 세미나2003.5.14
35 기초인력양성센터 소식지 최종 원고관련 세미나 2003.5.13
36 기초인력양성센터 교육용 기자재 관련 세미나 2003.5.12
37 기초인력양성센터 교육용 동영상 자료 수집 세미나 2003.5.07
38 기초인력양성센터 교육용 동영상 자료 관련 세미나 2003.5.06
39 기초인력양성센터 소식지 및 지능형 알고리즘 개발 세미나 2003.4.17
40 기초인력양성센터 소식지 및 지능형 알고리즘 개발 세미나 2003.4.14
41 기초인력양성센터교육용 지능형 알고리즘 개발 결과발표
세미나2003.4.12
42 기초인력양성센터 교육용 홈페이지 내용을 위한 세미나 2003.4.10
43 기초인력양성센터 교육을 위한 홈페이지관련 세미나 2003.4.09
44 기초인력양성센터전력산업 기초인력양성센터 소식지 관련
세미나2003.4.08
45 기초인력양성센터전력산업 기초인력양성센터 교육용
알고리즘 개발2003.4.07
46 기초인력양성센터전력산업 기초인력양성센터 교육용
알고리즘 개발2003.4.02
47 기초인력양성센터전력산업 기초인력양성센터 연구 및
행정관련 세미나2003.3.03
합계 총 47 회
- 2 차년도 세미나 (2003. 9.1 - 2004. 8.31) 번호 연구소명 세미나 날짜
1 기초인력양성센터지능형 알고리즘 교재 편집 및 수정2004.07.2
1
2 기초인력양성센터지능형 알고리즘 교재 편집 및 수정2004.07.1
4
3 기초인력양성센터지능형 알고리즘 교재 편집 및 수정 2004.07.0
7
4 기초인력양성센터지능형 알고리즘 교육용 S/W 개발 (프로그램 수정 및 보완 )2004.06.3
0
5 기초인력양성센터지능형 알고리즘 교육용 S/W 개발 (프로그램 수정)2004.06.2
3
6 기초인력양성센터지능형 알고리즘 교육용 S/W 개발 (프로그램 수정)2004.06.1
6
7 기초인력양성센터지능형 알고리즘 교육용 S/W 개발 (IA 의 자극 억제 부분과 Bacteria
Tumbling 융합)
2004.06.0
9
8 기초인력양성센터지능형 알고리즘 교육용 S/W 개발 (IA 의 자극과 억제 연구)2004.06.0
2
9 기초인력양성센터지능형 알고리즘 교육용 S/W 개발 (Bacteria Tumbling 의 연구)2004.05.2
7
10 기초인력양성센터지능형 알고리즘 교육용 S/W 개발 (Bacteria and IA 의 구조 융합 연구)2004.05.1
9
11 기초인력양성센터지능형 알고리즘 교육용 S/W 개발 (Bacteria and IA 의 유사성 비교 분석)2004.05.1
2
12 기초인력양성센터지능형 알고리즘 교육용 Bacteria Foraging 에 대한 연구2004.05.0
4
13 기초인력양성센터지능형 알고리즘 교육용 Swarming Algorithm 연구2004.04.2
8
14 기초인력양성센터지능형 알고리즘 교육용 S/W Clonal selection+GA 수정 보완2004.04.2
1
15 기초인력양성센터지능형 알고리즘 교육용 S/W Clonal selection+GA 융합 연구2004.04.1
4
16 기초인력양성센터지능형 알고리즘 교육용 S/W Clonal seleciton +IA 수정 보완2004.04.0
7
17 기초인력양성센터지능형 알고리즘 교육용 S/W Clonal seleciton +IA 융합 연구2004.03.3
1
18 기초인력양성센터지능형 알고리즘 교육용 S/W-Clonal selection+FNN 수정 보완2004.03.2
4
19 기초인력양성센터지능형 알고리즘 교육용 S/W-Clonal selection+FNN 융합 연구2004.03.1
7
20 기초인력양성센터지능형 알고리즘 교육용 S/W-Clonal selection 에 대한 수정 보완2004.03.1
0
21 기초인력양성센터지능형 알고리즘 교육용 S/W-Clonal selection 에 대한 연구2004.03.0
3
22 기초인력양성센터지능형 네트워크 분산제어 교육용 S/W 구축을 위한 IA+FNN 코딩에 대한 연구2004.02.2
3
23 기초인력양성센터지능형 네트워크 분산제어 교육용 S/W 구축을 위한 IA+FNN 에 대한 연구(
코딩)
2004.02.1
6
24 기초인력양성센터지능형 네트워크 분산제어 교육용 S/W 구축을 위한 IA+FNN 에 대한 연구2004.02.0
9
- 2 차년도 세미나 (2003. 9.1 - 2004. 8.31) : 연속
번호 연구소명 세미나 날짜
25 기초인력양성센터지능형 네트워크 분산제어 교육용 S/W 구축을 위한 IA 알고리즘 수정 및
변경2004.02.02
26 기초인력양성센터 지능형 네트워크 분산제어 교육용 S/W 구축을 위한 IA 알고리즘 수정 2004.01.26
27 기초인력양성센터지능형 네트워크 분산제어 교육용 H/W 구축을 위한 IA 알고리즘 코딩
(Matlab 기반)2004.01.19
28 기초인력양성센터지능형 네트워크 분산제어 교육용 H/W 구축을 위한 IA 알고리즘 코딩
(Matlab 기반)2004.01.12
29 기초인력양성센터 지능형 네트워크 분산제어 교육용 H/W 구축을 위한 IA 알고리즘 코딩 분석 2004.01.05
30 기초인력양성센터 지능형 네트워크 분산제어 교육용 H/W 구축을 위한 IA 알고리즘 연구 2003.12.29
31 기초인력양성센터지능형 네트워크 분산제어 교육용 H/W 구축을 위한 IA 알고리즘 자료 수집
(논문)2003.12.22
32 기초인력양성센터지능형 네트워크 분산제어 교육용 S/W 구축을 위한 FNN 알고리즘 개선
(Matlab 기반 오류수정)2003.12.15
33 기초인력양성센터지능형 네트워크 분산제어 교육용 S/W 구축을 위한 FNN 알고리즘 개선
(Matlab 기반 오류수정)2003.12.08
34 기초인력양성센터지능형 네트워크 분산제어 교육용 S/W 구축을 위한 FNN 알고리즘 개선
(Matlab 기반 오류수정)2003.12.01
35 기초인력양성센터지능형 네트워크 분산제어 교육용 S/W 구축을 위한 FNN 알고리즘 개선
(Matlab 기반)2003.11.24
36 기초인력양성센터지능형 네트워크 분산제어 교육용 S/W 구축을 위한 FNN 알고리즘 코딩
(Matlab 기반)2003.11.17
37 기초인력양성센터지능형 네트워크 분산제어 교육용 S/W 구축을 위한 FNN 알고리즘 코딩
(Matlab 기반)2003.11.10
38 기초인력양성센터지능형 네트워크 분산제어 교육용 S/W 구축을 위한 FNN 알고리즘 코딩(C
언어 기반)2003.11.03
39 기초인력양성센터지능형 네트워크 분산제어 교육용 S/W 구축을 위한 FNN 알고리즘 코딩(C
언어 기반)2003.10.27
40 기초인력양성센터지능형 네트워크 분산제어 교육용 S/W 구축을 위한 각 지능형 알고리즘의
자료정리2003.10.20
41 기초인력양성센터 지능형 네트워크 분산제어 교육용 S/W 구축을 위한 코딩 부분 논의 2003.10.13
42 기초인력양성센터 지능형 네트워크 분산제어 교육용 S/W 구축을 위한 지능형 알고리즘 정리 2003.10.06
43 기초인력양성센터 지능형 네트워크 분산제어 교육용 S/W 구축을 위한 IA 에 대한 연구 2003.9.29
44 기초인력양성센터 지능형 네트워크 분산제어 교육용 S/W 구축을 위한 FNN 에 대한 연구 2003.9.22
45 기초인력양성센터 지능형 네트워크 분산제어 교육용 S/W 구축을 위한 Fuzzy 에 대한 연구 2003.9.15
46 기초인력양성센터 지능형 네트워크 분산제어 교육용 S/W 구축을 위한 NN 에 대한 연구 2003.9.08
47 기초인력양성센터 지능형 네트워크 분산제어 교육용 S/W 구축을 위한 알고리즘 자료수집 2003.9.01
합계 총 47 회(2004.07. 26 현재)
4) 소식지 발간
번호 연구소명 소식지 명 날짜
1 전력산업기초인력양성센터 차세대 자동화 기술교육 Vol.1. No.1 2003.7
합계 총 1 회
5) 홍보용 다이어리
번호 연구소명 내 용 수량 날짜
1전력산업기초인
력양성센터전력산업기초인력양성 다이어리 1880 부 2004. 3
합계 총 1 회
6)장학금
연도 장학금명 1 인당 지급금액 수혜자수 날짜
2003
1 차분 전력산업기초인력양성일반장학금 500,000 원/1 인 110 명 2003.5.26
2 차분
전력산업기초인력양성일반장학금 200,000 원/1 인 238 명
2003.8.30전력산업기초인력양성특별장학금
580,000 원/1 인 3 명
380,000 원/1 인 5 명
300,000 원/1 인 13 명
20041 차분
전력산업기초인력양성성적우수장학금(A 급) 1,500,000 원/1 인 8 명명
2004.5.19전력산업기초인력양성성적우수장학금(A 급) 700,000 원/1 인 23 명
전력산업기초인력양성성적우수장학금(SA 급) 1,500,000 원/1 인 5 명
2 차분 지급예정 2004.8 월 경
합계 총 4 회 405 명
7) 해외 협력 활동
번호 국가 대담자 협력 내용 날짜
1 캐나다
Electrical and Computer
engineerning
W. T. Pedrycz
- 공동연구 및 학생파견 문제 협력
- 어학연수 교육과정의 협력 문제
2003.7.14-16
(국제논문발표)
2 터키Prof. Dr. İbrahim EKSİN.
Asst. Prof. M. Turan Söylemez
- 우수한 인력의 파견이 쉬움
- 공동인력 양성문제
2003.6.23-7.2
(국제논문발표)
합계 총 2 회
