References
[1]. M. Bensaada ,A. Boudghene Stambouli, (2013). “A
practical design sliding mode controller for DC–DC
converter based on control parameters optimization using
as signed poles associate to genetic algorithm”, Int J Electr
Power syst. 32(2):101-7
[2]. Fernandez-Vargas, J., Ledwich G., (2010). “Variable
structure control for power systems stabilization”, Int J Electr
Power syst. 32(2):101-7
[3]. Jafarian, MJ.,Nazarzadeh,J.,(2011). “Time-optimal
sliding-mode control for multiquadrant buck converters”,
IET Power Electron; 4(1):143–50.
[4]. Tan, SC., Lai, YM., Cheung, MKH., Tse, 1.CK., (2005).
“On the practical design of a sliding mode voltage
controlled buck converter”, IEEE Trans Power Electron,
20(2):425–37.
[5]. Tan, SC., Lai, YM., Tse, CK., Cheung, MKH., (2006).
“Adaptive feed forward and feedback control schemes for
sliding mode controlled power converters”, IEEE Trans
Power Electron; 21(1):pp.182-192
[6]. Juan, F., Gerard, L., (2010). “Variable structure control
for power systems stabilization”, Int J Electrical Power
Energy Syst;32(2):pp.101–7.
[7]. Tan, SC., Lai, YM., Tse, CK., (2008).”'Indirect sliding
mode control of power converters via double Integral
sliding surface”, IEEE Trans Power Electron;23(2):600–11.
[8]. Tan, SC., Lai, YM., Tse, CK., (March 2008). “General
design issues of sliding mode controllers in DC-DC
converters”, IEEE Trans Industr Electron;55(3):1160–73.
[9]. Komurcugil Hasan., (2012). “Adaptive terminal slidingmode
control strategy for DC–DC buck converters”, ISA
Trans;51(6):673–81.
[10]. Tan SC, Lai YM, Tse CK, (2007). “Martinez-Salamero L.
Special family of PWM-based sliding mode voltage Controllers for basic DC–DC converters in discontinuous
conduction mode”. IET Electron Power Appl 2007;1(1).
[11]. Mattavelli P, Rossetto L, Spiazzi G, Tenti P., (1993).
“General-purpose sliding-mode controller for DC/DC
converter applications”. In: Proceedings of IEEE power
electronics specialists conferences (PESC), Seattle, pp.
60n9-615.
[12]. Spiazzi G, Mattavelli P, Rossetto L, Malesani L., (1995).
“Application of sliding modecontrol to switch-mode power
supplies”. J Circ Syst Comput (JCSC), 5(3):337–54.
[13]. Mattavelli P, Rossetto L, Spiazzi G., (1997). “Smallsignal
analysis of DC–DC converterswith sliding mode control”. IEEE Trans Power Electron 1997;12(1):96–102.
[14]. Hansruedi Bühler., (1986). “Réglage par mode de
glissement”. Presses polytechniques romandes.
[15]. Sira-Ramirez H., (2003). “On the generalized PI sliding
mode control of DC- to-DC power converters: A tutorial”. Int
J Control 2003;76(9/10):1018–33.
[16]. Ahmed M, Kuisma M, Tolsa K, Silventoinen P., (2003).
“Implementing sliding mode control for buck converter”.
Proc IEEE PESC Rec2:634–7.
[17]. Malesani L, Rossetto L, Spiazzi G, Tenti P., (1995).
“Performance optimization of Cuk converters by slidingmode
control”. IEEE Trans Power Electron,10(3):302–9.