Real-Time Adaptive Cancellation of non-Stationary Interference in Radio Astronomy

[9987339]射电信号阻碍了射电天文学家获取有关宇宙的重要科学信息。人类日益增长的连接通信的愿望产生了人造射频和微波源的激增。通过FCC法规和国际电联协议采取的预防措施是有效的，但不能为日益严重的问题提供可行的最终解决方案。本研究旨在发展自适应干扰消除演算法，并评估其去除射电望远镜干扰的能力。此外，根据提案第一部分制定的原则建立的硬件/软件原型系统将适用于消除俄罗斯联邦全球导航卫星系统（GLONASS）造成的干扰的现实问题。这将在没有手动演示的情况下演示

9987339JeffsUnwanted radio signals block radio astronomers access to important scientific information about the universe. Man's increasing desire to be connected for communication produces a proliferation of man made RF and microwave sources. Prevention measurements through FCC regulation and ITU agreements are effective, but do not provide a viable final solution to an increasing problem.This proposal is to develop adaptive algorithms for interference cancellation and to evaluate their ability to remove interference from radio telescopes. In addition a hardware/software prototype system, built on the principles developed in the first part of the proposal will be applied to the real-world problem of removing interference caused by Russian Federation Global Navigation Satellite System (GLONASS). This will be demonstrated without manual demonstration.***