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Infrared Uplink Implementation for Software Defined Visible Light Communication Systems

机译:用于软件定义可见光通信系统的红外上行链路实现

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The main advantage of software-defined visible light communication (VLC) systems is that they allow us to reuse modulation, coding, synchronization and medium access techniques used in conventional radio systems. This article focuses on the implementation of an uplink alternative using an infrared (IR) light communication system. For this goal, analog front-ends are designed and implemented. Therefore, they convert a radio frequency signal into an optical signal. In addition, a Universal Software Radio Peripheral (USRP) is used as a software-defined radio platform. The obtained bit error rate is 5.33×10^(-5) using QPSK modulation with a bit rate of 4 Mbps at a distance of 160 cm between transmitter and receiver.
机译:软件定义的可见光通信(VLC)系统的主要优点是它们允许我们重用传统无线电系统中使用的调制,编码,同步和中途接入技术。本文侧重于使用红外(IR)光通信系统的上行替代方案的实现。对于此目标,模拟前端设计和实施。因此,它们将射频信号转换为光信号。此外,通用软件无线电外设(USRP)用作软件定义的无线电平台。使用QPSK调制为5.33×10 ^( - 5)使用QPSK调制,在发射器和接收器之间的距离为160厘米的比特率为4 Mbps。

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