自适应频率控制

非相参捷变频自适应雷达频率控制

Frequency Control of a Noncoherent Frequency-agility Adaptive Radar

介绍了采用置频等待、数字本振及微处理机技术实现非相参捷变频自适应雷达频率控制的方法。

This paper introduces a method to realize frequency control of a noncoherent frequency-agility adaptive radar by using frequency setting and waiting , digital local oscillator and micro-processor .

接着研究了自适应跳频的频率控制方法，包括频率集配置、信道分类、分类信息交换、频率集更新、自适应跳频图案等方面，研究重点在跳频图案的产生。

Then study the adaptive frequency-hopping frequency control methods , including frequency of collection configuration , channel classification , classified information exchange , the frequency set update , such as adaptive frequency hopping patterns , the study focused on frequency-hopping pattern generation .

信道质量评估是自适应跳频通信的关键技术，其实时评估结果为自适应频率控制和自适应功率控制提供依据。

Link quality analysis ( LQA ) is a key measurement process in adaptive frequency hopping ( AFH ) communication systems and results in adaptive frequency and power control .