Research experience
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Oct 2010–
Dec 2010Research: A New Approach for Representing Photonic Crystal Fiber Index Profile to Determine their Optical Characteristics
IEEE institute with Al-Basrah Un. · Power, Control and Energy -
Jul 2006–
Jun 2008Research: Genetic Approche Based Desine of Disperssion free Optical Fiber
Technical College · Computer Engineering Technique · Technical CollegeOptical Communication · MosulOptical Fiber, Dispersions, Photonic Crystal Fiber and Genetic Algorithim
Education
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Oct 2005–
Jun 2008Institute of Technical Foundation
Optical Fiber Communication · MasterIraq · Mosul -
Oct 1999–
Jul 2003Institute of Technical Foundation
Computer Engineering Techniques · BScIraq · Mosul
Questions and Answers (1) View all
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Answer added in Optics4 What ways exist to determine the refractive index of an inhomogeneous material (e.g. the human corneal collagen)?Hi Sir; You can try to use the numerical methods such as " Infinite element" by choasing an arbitrary range of solution the determine the correct on b... [more]
Publications (2) View all
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Conference Proceeding: A New Approach for Representing Photonic Crystal Fiber Index Profile to Determine their Optical Characteristics
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ABSTRACT: A genetic algorithm is implemented to represent the different shapes of Photonic Crystal Fiber (PCF) profile; this is due to the fact that such fibers have special structure. A novel approach is suggested which differs from the usual fibers. By applying this new approach, more realistic representations of their profiles are drawn and hence highly accurate results are obtained including propagation and dispersion characteristics.1st International conference on Energy Power and Control, Basra - Iraq; 01/2010 -
Article: Genetic Approach Based Design of Dispersion-free Optical Fiber
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ABSTRACT: A new method based on genetic concepts is suggested to analyze and determine the transmission (propagation and dispersion) characteristics for conventional fibers as well as photonic crystal fibers. The power and the advantage of this work, lie in the fact that it could be applied to any optical fibers type with any refractive index profile and the method computes its proper and accurate propagation constant which leads to investigate the desired dispersion and minimizes it to the least possible value.Proceedings of the 8th WSEAS Int. Conf. on ELECTRONICS, HARDWARE, WIRELESS and OPTICAL COMMUNICATIONS at Cambridg Un. U.K. 01/2009; ISSN: 1790-5117:P 45 - 50.
