Dr. Dehini Rachid
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Dr. Dehini Rachid

Professor
University of Bechar, Algeria

Highest Degree
Ph.D. in Electrotechnical from University of Bechar, Algeria

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Area of Interest:

Computer Sciences
100%
Information Technology
62%
Electrical Engineering
90%
Electronic Circuits
75%
Mobile Robot
55%

Research Publications in Numbers

Books
0
Chapters
0
Articles
0
Abstracts
0

Selected Publications

  1. Ferdi, B., S. Dib, B. Berbaoui and R. Dehini, 2014. Universal power quality conditioner based on synchronous reference frame theory for all power quality problems compensation. Acta Elect. J., 55: 39-44.
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  2. Ferdi, B., S. Dib, B. Berbaoui and R. Dehini, 2014. STATCOM Dc-bus voltage fuzzy-controller design using ANFIS. Acta Elect. J., 55: 32-38.
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  3. Ferdi, B., S. Dib, B. Berbaoui and R. Dehini, 2014. Design and simulation of dynamic voltage restorer based on fuzzy controller optimized by ANFIS. Int. J. Elect. Drive Syst., 4: 212-222.
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  4. Berbaoui, B., S. Dib and R. Dehini, 2014. Grid-connected photovoltaic power systems and power quality improvement based on active power filter. Indonesian J. Elect. Eng. Comput. Sci., 12: 5861-5868.
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  5. Benaissa, M., A. Bassou, R. Dehini, A. Taleb-Ahmed, 2014. Enhance performance of current harmonic detection using wavelet transform. J. Autom. Syst. Eng., 8: 141-150.
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  6. Dehini, R., S. Dib and B. Ferdi, 2013. Control of an power series compensator in distribution systems using artificial neural networks. J. Elect. Elect. Eng., 6: 27-32.
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  7. Dehini, R., C. Benachaiba and A. Bassou, 2013. Simulation of distribution static compensator (D-STATCOM) to improve power quality. Arabian J. Sci. Eng., 38: 3051-3058.
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  8. Ferdi, B., C. Benachaiba, B. Berbaoui and R. Dehini, 2012. DC-link voltage control of unified power quality conditioner using PI fuzzy self-tuning controller. J. Elect. Elect. Engin., 5: 57-62.
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  9. Dehini, R., B. Ferdi and B. Bekkouche, 2012. Fuzzy logic controller optimization based on GA for harmonic mitigation. J. Artif. Intell., 5: 26-36.
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  10. Dehini, R., A. Bassou and B. Chellali, 2012. Generation of voltage references using multilayer feed forward neural network. Przeglad Elektrotech., 88: 289-292.
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  11. Ferdi, B., C. Benachaiba, B. Berbaoui, R. Dehini, P. Srinivas, P.V.N. Prasad and M. Zegrar, 2011. STATCOM DC-link fuzzy controller for power factor correction. J. Acta Elect., 52: 173-178.
  12. Dehini, R., B. Ferdi, 2011. STATCOM Dc-bus voltage controller based on fuzzy logic. Int. J. Adv. Eng. Sci. Technol., 11: 281-285.
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  13. Dehini, R., B. Benaissa and B. Ferdi, 2011. A novel control strategy face to sudden load change for shunt active power filter. J. Elect. Elect. Eng., 4: 59-64.
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  14. Dehini, R., A. Abderrahmani and A. Basou, 2011. Fuzzy controller synthesis using genetic algorithms for dynamically adjusting genetic algorithm parameters. Acta Elect. J., 52: 25-30.
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  15. Dehini, R. and S. Sefiane, 2011. Power quality and cost improvement by passive power filters synthesis using ant colony algorithm. J. Theoret. Applied Infor. Technol., 23: 70-79.
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  16. Berbaoui, B., C. Benachaiba, B. Ferdi and R. Dehini, 2011. Technical comparative study for determining active power filter compensating current under power system. Acta Electrotehnica, 52: 3-8.
  17. Rachid, D. and B. Chellali, 2010. Improving the active power filters performance by robust self-tuning face to sudden change of load. J. Elect. Eng., 10: 65-73.
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  18. Ferdi, B., C. Benachaiba, S. Dib and R. Dehini, 2010. Adaptive PI control of dynamic voltage restorer using fuzzy logic. J. Elect. Eng.: Theory Applic., 1: 165-173.
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  19. Dehini, R., C. Benachaiba, B. Berbaoui and A.B.F. Boumediene, 2010. The power quality compensation parallel active power filters. Leonardo Elect. J. Pract. Technol., 99: 89-100.
  20. Dehini, R., B. Berbaoui, C. Benachaiba and O. Harici, 2010. Shunt hybrid active power filter improvement based on passive power filters synthesis by genetic algorithm. Int. J. Eng. Sci. Technol., 2: 1185-1193.
  21. Berbaoui, B., C. Benachaiba, R. Dehini and O. Harici, 2010. The shunt active power filter control improvement using ant-pi colony optimization. Int. J. Elect. Energy Syst., 2: 57-64.
  22. Berbaoui, B., C. Benachaiba, R. Dehini and O. Harici, 2010. Design of DC link voltage controller using ant colony optimization for shunt active power filter. J. Electric. Eng. Theory Appl., 1: 92-99.
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  23. Berbaoui, B., C. Benachaiba, R. Dehini and B. Ferdi, 2010. Optimization of shunt active power filter system fuzzy logic controller based on ant colony algorithm. J. Theoret. Applied Infor. Technol., 14: 117-125.
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  24. Berbaoui, B., B. Ferdi, C. Benachaiba and R. Dehini, 2010. Control imrovement of shunt active power filter using an optimized-PI controller based on ant colony algorithm and swarm optimization. J. Automat. Mobile Robotics Intelli. Syst., 4: 19-25.
  25. Berbaoui, B., B. Ferdi, C. Benachaiba and R. Dehini, 2010. Comparison of ant colony optimization and particle swarm optimization for shunt active power filter control improvement. J. Elect. Elect. Eng., 3: 37-42.
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  26. Berbaoui, B., C. Benachaiba and R. Dehini, 2010. Design of optimal PI controller for shunt active power filter using particle swarm optimization. J. Scient. Res., 2: 122-128.
  27. Abderrahmani, A., M. Nasri and R. Dehini, 2010. Economic emission dispatch solution using parallel synchronous PSO algorithms. Acta Elect. J., 51: 238-242.
  28. Dehini, R., A. Bassou and B. Ferdi, 2009. Artificial neural networks application to improve shunt active power filter. Int. J. Comput. Infor. Eng., 3: 247-254.
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