Sensitive Network Architecture Algorithm based on LED Optical Wireless Communication

Tae-Gyu Lee
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Abstract

Today LEDs are continuously expanding in accordance with domestic and overseas energy policies, and related visible light communication technologies are attracting attention. This study constructs a sensing communication mode together with a unidirectional communication mode and a bidirectional communication mode of LEDs. In particular, the sensing communication mode proposes a design that dynamically configures the sensing module to optimize the communication performance and quality according to the external environmental variables of the optical wireless communication. The performance evaluation environment is a room where indoor fluorescent light and outdoor natural light illuminate. Therefore, we describe the sensitive design and future research directions of indoor LED based wireless visible light communication system.
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基于LED光无线通信的敏感网络架构算法
如今,随着国内外能源政策的不断扩大,led的相关可见光通信技术也备受关注。本研究构建了led的传感通信模式、单向通信模式和双向通信模式。特别地,传感通信模式提出了一种根据光无线通信的外部环境变量动态配置传感模块以优化通信性能和质量的设计。性能评价环境是室内有荧光灯照射,室外有自然光照射的房间。因此,我们描述了基于LED的室内无线可见光通信系统的敏感设计和未来的研究方向。
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