电磁空间分布式一体化波形设计与信息获取

Distributed Integrated Waveform Design and Information Acquisition in Electromagnetic Space

分布式多功能一体化波形设计与信息获取是电磁环境认知与资源利用的重要途径,是掌握电磁空间主动权的关键,对我国社会经济发展和国防安全具有重要战略意义。目前,国内外在多功能一体化波形设计和信息获取方面已取得一定的进展,但仍存在电磁资源利用率不高、互干扰抑制能力不足、系统性能受限等问题。为解决这些问题,本文立足于分布式多功能一体化系统,分析现有一体化波形设计和处理的优缺点,探究分布式多功能一体化系统的关键科学问题,探讨其所面临的挑战并给出相关建议。

Distributed multifunctional integrated waveform design and information acquisition is an important way to cognize the electromagnetic environment and exploit the resource.It is also the key to mastering the initiative in the electromagnetic space and has important strategic significance in social and economic development and national defense security.At present,progress has been made in multifunctional integrated waveform design and information acquisition in the domestic and overseas.However,these methods have low utilization efficiency in electromagnetic resources,poor ability in mutual interference suppression,limited system performance,and so on.To solve these problems,both the advantages and disadvantages of the existing integrated waveform design and processing methods are analyzed.Then,the key scientific problem of the distributed multifunctional integrated system is explored.Finally,the challenges of the distributed multifunctional integrated system are discussed and the corresponding suggestions are given.