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FPGA Implementation of Software Defined Radio-Based Flight Termination System

机译:软件定义的基于无线电的飞行终止系统的FPGA实现

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This paper proposes a field-programmable gate array (FPGA)-based software defined radio (SDR) implemented flight termination system (FTS). This is purely a new kind of implementation of digital FTS in SDR platform. The applied design procedure replaces a multiple platform-based system with a single platform. It also guarantees reconfigurable, interoperable, portable, and handy FTS, and maintains errorless, bug free, and reliable implementation. Real-time flight termination operation demands a very highly reliable and ruggedized platform. Hence, the FTS is implemented in FPGA. In order to minimize hardware resources and to enable future upgradation, efficient optimization technique has been applied. LabVIEW, a high-level programming language is used to simulate and implement the system in real time and enables rapid prototyping. The system was validated at subsystems level by measurements of different parameters in various intermediate stages of processing, and further was validated as an integrated system at real-time telecommunication operation environment.
机译:本文提出了一种基于现场可编程门阵列(FPGA)的软件定义无线电(SDR)实现的飞行终端系统(FTS)。这纯粹是SDR平台中数字FTS的一种新型实现。应用的设计过程将单个平台取代了基于多个平台的系统。它还保证了可重新配置,可互操作,可移植且方便的FTS,并保持了无错误,无错误和可靠的实现。实时航班终止操作需要非常可靠和坚固的平台。因此,FTS是在FPGA中实现的。为了最小化硬件资源并实现将来的升级,已应用了有效的优化技术。 LabVIEW是一种高级编程语言,用于实时仿真和实施系统,并支持快速原型制作。通过在处理的各个中间阶段中对不同参数的测量,在子系统级别对系统进行了验证,并进一步在实时电信运营环境中将其验证为集成系统。

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