摘要
随着测控系统在工业、航空航天等关键领域的广泛运用,复杂的电磁环境对系统性能与稳定性提出严峻挑战。文章通过剖析测控系统中的干扰源与干扰机理,系统梳理了现有硬件与软件抗干扰技术,提出优化策略,并探索了新型抗干扰技术的应用前景。结果表明,通过多学科交叉融合与新技术应用,可显著提升测控系统的抗干扰能力。此次抗干扰技术的研究对保障测控系统在复杂环境中的稳定运行具有重要意义,为未来发展提供了理论支撑与技术参考。
With the widespread application of measurement and control systems in critical fields such as industry and aerospace,complex electromagnetic environments pose severe challenges to system performance and stability.This paper analyzes interference sources and mechanisms within measurement and control systems,systematically reviews existing hardware and software anti-interference techniques,proposes optimization strategies,and explores the application prospects of novel anti-interference technologies.Results indicate that multidisciplinary integration and new technology adoption can significantly enhance the anti-interference capabilities of measurement and control systems.This research on anti-interference technology is crucial for ensuring the stable operation of measurement and control systems in complex environments,providing theoretical support and technical references for future development.
作者
张明文
Zhang Mingwen(Jiliu Township People's Government Jishou City Xiangxi Tujia and Miao Autonomous Prefecture Hunan Province,Jishou,Hunan 416000)
出处
《教育思想理论研究》
2026年第2期188-190,共3页
Research on Educational Thought Theory
关键词
测控系统
电磁干扰
耦合机理
硬件抗干扰
软件抗干扰
telemetry and control system
electromagnetic interference
coupling mechanism
hardware anti-interference
software anti-interference
