基于FPGA的便携式应答器检测设备的设计与实现
esign and Implementation of Portable Balise Testing Equipment Based on FPGA
整个铁路交通特别是高速铁路系统的通信系统中,应答器是最基本的信息点,大量应答器构成的应答器网为列车提供了大量的控制和信息。应答器的正常工作和内部报文信息的安全性关系到整个铁路网的安全,因此有必要对应答器定期检修。本论文以实验室实际项目为背景,分析了设备需求的紧急性和实现的可行性后,研发了便携式应答器检测设备以实现对应答器检测和信息更新的便捷化操作。论文首先分析了功能需求;对功能进行模块化分类后选择以资源和性能都比较合适的ALTERA公司的Cyclone III系列FPGA芯片为核心搭建硬件系统;硬件系统完成后对软件算法中的核心解调算法进行了调研仿真后选择了最适合本系统的算法并用Verilog HDL加以实现。设备现已经成功应用在应答器设备的检修中。
In the whole railway traffic system, especially in the communication system of high-speed railway system, transponder is the most basic information point. The transponder network constructed by a large number of transponders provides a lot of information for train location and control. The security of the transponder\'s normal work and internal message relates to the safety of the whole railway network, so it is necessary to check the transponder regularly. In this paper, the actual project in the laboratory as the background, the urgency of the equipment requirements and the feasibility of the implementation, the development of a portable transponder detection equipment in order to achieve the corresponding responder detection and information update convenient operation.The equipment has been successfully applied to the maintenance of the transponder.
吕旌阳、陈献彬
铁路运输工程通信电子技术应用
信息与信号处理应答器FPGAFSK调制解调
Signal and Information ProcessingBaliseFPGAFSKModulation and Demodulation
吕旌阳,陈献彬.基于FPGA的便携式应答器检测设备的设计与实现[EB/OL].(2017-12-19)[2025-08-16].http://www.paper.edu.cn/releasepaper/content/201712-234.点此复制
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