References
[1]. Gayadhar Panda, Sidharth Panda and Cemal Ardil,
(2009). “Automatic generation control of interconnected
power system with GRC byhybrid neuro-fuzzy approach”.
World Academy of Science Engineering and Technology,
Vol. 6, No.4, pp. 543-548.
[2]. Mavungu Masiala, Mohsen Ghribi and Azeddine
Kaddouri, (2012). “A Two-Layered Load and Frequency
Controller of a Power System, Fuzzy Controllers”. Recent
Advances in Theory and Applications, pp. 503-518.
[3]. O.I. Elgerd, C.E. Fosha, (1970). “Optimum megawatt
frequency control of multi-area electric energy systems”.
IEEE Transation on PAS, Vol. PAS-89, No.4, pp. 556-563.
[4]. J. Nanda, B. Kaul, (1978). “Automatic generation
control of an interconnected power system”. IEEE
Proceedings, pp. 385-390.
[5]. J.R. Jung, (1993). “ANFIS, Adaptive Network based
Fuzzy Inference System”. IEEE Transation on System, Man
and Cybernetics, Vol. 23, No. 3, pp. 665-685.
[6]. Swasti R. Khuntia, and Sidhartha Panda, (2011). “A
Novel approach for automatic generation control of
multi-area power system”. IEEE Conference on Electrical
and Computer Engineering, pp. 1182-1187.
[7]. D.P. Kothari, and I.J. Nagrath, (2009). Modern Power
System Analysis. Third Edition 2009.
[8]. A. Demiroren, and E. Yesil, (2004). “Automatic
generation control with fuzzy logic controllers in power
system including SMES unit”. International Journal of
Electrical Power and Energy Systems, pp. 291-305.
[9]. Surya Praksah and Sunil Kumar Sinha, (2015). “Performance evalution of hybrid intelligent controllers in load frequency of multi-area interconnected power
system”. World Academy of Science, Engineering and
Technology, pp. 637-645.
[10]. T. Ichikawa, (1976). Dynamics of Nuclear Power
Plant in Electric Power System (Part 1)-BWR Plant. CRIEPI
Report No. 175079.
[11]. Sanjoy Debbarma, and Lalit Chandra Saikia,
(2012). “Automatic generation control of multi-area
system using non-integer I?Dµ controller”. IEEE Transaction
on Power and Engineering in NERIST, pp. 1-6
[12]. Kaveh Rahimi and Parviz Famouri, (2013).
“Performance enhancement of automatic generation
control for a multi-area power system in the presence of
communication delay ”. North American Power
Symposium, pp. 1-6.
[13]. II Kim, Jae-Hyun Lee, and Eun-oh Bang, (1999). “A
new approach to adaptive membership function for fuzzy
inference system”. IEEE Conference on Knowledge Based
Intelligent Information System, pp. 112-116.
[14]. Otman, M. Ahtiwash, Mohz. Z. Abdulmuin and
Fatimah Siraj, (2002). “A neural-fuzzy logic approach for
modelling and control of non-linear system”. IEEE International
Symposium on Intelligent Control, pp. 270-275.
[15]. B.H. Simon, R. Raghavan, and T. Tochigi, (1993).
“Control of multiple nuclear power plant from a single
detached and control facility”. IEEE Conference on Nuclear Science Symposium, pp. 941-945.
[16]. M. Parida, and J. Nanda, (2005). “Automatic
generation control of a hydro-thermal sysem in deregulated
environment”. IEEE Proceedings on Electrical
Machines and Systems, pp. 942-947.
[17]. L.J Puthmana, and J. Abdul Jaleel, (2011).
“Performance evalution of AGC of SHP multi-area power
system”. IEEE Conference on Power and Energy System,
pp. 01-05.
[18]. K.V. Siva Reddy, (2013). “An adaptive neuro-fuzzy
logic controller for a two area load frequency control”.
International Journal of Engineering Research and
Application, pp. 989-995.
[19]. C. Srinivasa Rao, (2012). “Aadptive neuro fuzzy
based load frequency control of multi-area system under
open market scenario”. IEEE Conference on Advances in
Engineering Science and Management, pp. 05-10.
[20]. A. Alwadie, (2012). “Stablizing load frequency of a
single area power system with uncertain parameters
through a genetically tuned PID controller”. International
Journal of Engineering and Computer Science, pp. 51-
57.
[21]. Javad Javidan, and Ali Ghasemi, (2013). “A novel
fuzzy RPID controller for multi-area automatic generation
control with IABC optimization”. Hindawi Publishing
Corporation Journal of Engineering, pp. 01-13.
