References
[1]. E.S.T.E. Din, M. Gilany, M.M. Abdel Aziz and D.K.
Ibrahim, (2005). "A wavelet-based fault location
technique for aged power cables”. Power Engineering
Society General Meeting, IEEE, Vol.3, pp.12-16.
[2]. K. Prasanna Kumar, K. Durga Syam Prasad, and K.
Sravanthi (2014). “Wavelet-Based Fault Location and
Distance Protection Method for Transmission Lines”. Int.
Journal of Engineering Research and applications.
www.ijera.com, ISSN: 2248-9622, Vol.4, No.7 (Version 4),
pp.05-1.
[3]. Hassan Pourvali. Souraki, (2009). “A New Approach to
Series Fault Location in Underground Distribution System
Using Combined Neural Networks & Wavelet Analysis”.
International Conference on Electric Power and Energy
Conversion Systems (EPECS), American University of
Sharjah.
[4]. El Sayed Tag El Din, Mohamed Mamdouh Abdel Aziz,
Doaa khalil Ibrahim and Mahmoud Gilany, (2006). “Fault
location scheme for combined overhead line with
underground power cable”. Electric Power Systems
Research.
[5]. Xin Zhentao, Lei Wang, Jiang Hongyan, Chai
Baodong and Jun Yang, (2010). “Smart re-close Scheme
of combined overhead line with underground power
cable”. Power System Technology (POWERCON).
[6]. C. Apisit, C. Positharn, and A. Ngaopitakkul, (2012).
"Discrete wavelet transform and probabilistic neural
network algorithm for fault location in underground
cable". Fuzzy Theory and it's Applications (iFUZZY),
International Conference, pp.154, 157, 16-18.
[7]. C. Apisit, C. Pothisarn, and A. Ngaopitakkul, (2012).
"An Application of Discrete Wavelet Transform and Support
Vector Machines Algorithm for Fault Locations in
Underground Cable". Innovations in Bio-Inspired
Computing and Applications IBICA), Third International
Conference, pp.89-92.
[8]. Chul-Hwan Kim, Young-Bum Lim, Woo-Gon Chung,
Tae-Won Kwon, Jong-Young Hwang, Il-Dong Kim, (1995).
“A study on the fault identification of underground cable
using neural Network”. Energy Management and Power
Delivery, 1995. Proceedings of EMP '95. International
Conferences.
[9]. C. M. Wiggins, D.E. Thomas, T.M. Salas, F.S. Nickel,
and H.W. Ng, (1994). “On-line fault location system for
66kv underground cables with fast O/E and A/D
technique”. IEEE Trans. Power Delivery, Vol.9, pp.579-584.
[10]. Ping. Chen and Kuixin Wang, (2011). "Fault location
technology for high-voltage overhead lines With under
ground power cables based on travelling wave principle". Advanced Power System automation and Protection
(APAP), International Conference, Vol.1, pp.748-751, 16-
20.
[11]. Lee H, and Mouse A M. (1996). “GPS travelling wave
fault locator systems: investigation theanomalous
measurements related to lightning strikes”. IEEE Trans on
Power Delivery, Vol.11, No.3, pp.1214-1223.
[12]. P.F. Gale, P.V. Taylor and P. Naidoo, (2001). “Traveling
wave fault locator experience on Eskom's transmission
network”. Proc. Seventh International Conference on
Developments in Power System Protection, pp.327-330.
[13].Chen Ping, Xu Bingyin, and Li Jing, (2009). “The
optimized combination of fault location technology
based on traveling wave principle”. Proceedings of Asia-
Pacific Power and Energy Engineering, pp.28-31.
[14]. A. Ngaopitakkul, and N. Suttisinthong, (2012).
“Discrete wavelet transform and probabilistic neural
classification of fault type in underground cable”.
Machine Learning and Cybernetics (ICMLC) International
Conference, Vol.1, No., pp.360-366.
[15]. P. Makming, S. Bunjongjit, A. Kunakorn, and S.
Kando, (2002). "Fault diagnosis in transmission lines using
wavelet transforms analysis". Transmission and Distribution
Conference and Exhibition Asia Pacific. IEEE- PES, Vol.3,
No, pp.2246-2250.
[16]. Bo. Z.Q. Jiang, F. Z. Chen. X.Z, Dong, G. Weller and
M. A. Redfern, (2000). "Transient based protection for
power transmission systems". Power Engineering Society
Winter Meeting, IEEE, Vol.3, No, pp.1832-1837.
[17]. S. Tarlochan, and Xu. Zhihan, (2010). "Detection of
Incipient Faults in Distribution Underground Cables". IEEE
Trans. on Power Delivery, Vol.25, No.3, pp.1363-1371.