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Optical Wireless Channel Data Scheduling Using TLBO and Wavelength Division Multiplexing

机译:使用TLBO和波分复用的光无线信道数据调度

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Channel utilization in today's environment for handling multimedia data plays an important role. The steps of allotting resources to process can be done by taking data which helps to analyze and make important decisions at runtime. This research paper focuses on allocation of optical wireless channels using wavelength division multiplexing where two models were developed, first was channel data pre-processing as per transmission packet size while second was TLBO (Teacher Learning Based Optimization) genetic algorithm which find the correct channel with position for the input data to communicate. Here some information used for analysis was total number of channels, data size, available wavelength, etc. So, output of the TLBO process sequence was used for passing data in selected channels. Results show that proposed model OWDS (optical wireless data scheduling) has overcome various evaluation parameters on different scales as compared to previous approaches adopted by researchers.
机译:在当今环境中,用于处理多媒体数据的信道利用率起着重要作用。可以通过获取有助于在运行时进行分析和做出重要决策的数据来完成将资源分配给流程的步骤。本研究的重点是使用波分复用技术对光无线信道进行分配,其中开发了两种模型,首先是根据传输数据包大小进行信道数据预处理,其次是TLBO(基于教师学习的优化)遗传算法,该算法可以找到正确的信道。输入数据进行通信的位置。这里用于分析的一些信息是通道总数,数据大小,可用波长等。因此,TLBO处理序列的输出用于在选定通道中传递数据。结果表明,与研究人员以前采用的方法相比,所提出的模型OWDS(光学无线数据调度)已克服了不同规模的各种评估参数。

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