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The new algorithm is developed to generate high weighted OCDMA codes easily, and in systematic manner for any code weight. In order to analyze the code performance, simulation experiment is implemented. Comparison for different code weights and other variables were performed. One of the important simulated eye patterns shows that the performance is still quite impressive with the increment in weight or number of users. A simulation experiment has also been performed in order to see the effect of distance, bit rate, code weights and input and output power. The ability to support transmissions…mehr

Produktbeschreibung
The new algorithm is developed to generate high weighted OCDMA codes easily, and in systematic manner for any code weight. In order to analyze the code performance, simulation experiment is implemented. Comparison for different code weights and other variables were performed. One of the important simulated eye patterns shows that the performance is still quite impressive with the increment in weight or number of users. A simulation experiment has also been performed in order to see the effect of distance, bit rate, code weights and input and output power. The ability to support transmissions at different bit rates and weights for the code has been studied. The new proposed algorithm was found very useful in generating OCDMA code based on EDW. Simulation experiment was designed and performance analysis on multiple weighted systems was proposed. Point-to-point access network was designed and performance analysis was included.
Autorenporträt
Asist. Prof. Dr. Ali Z. Ghazi Zahid. Born in Iraq, studied in Iraq until 1993, awarded BSc. degree in computer engineering, graduated with honor in 2002. Worked as professional engineer with 7 years of experience in Information Technology, computer and networking industry as network administrator, systems installation, repair and maintenance.