anticollision radar中文什么意思
避碰雷达
防撞雷达
- radar: n. 〔美国〕【无线电】 〔radi ...
- anticollision: 防碰; 防撞击
- anticollision aid: 避碰助航设备
例句与用法
更多例句： 下一页- Carrier frequency and modulation scheme are two key issues in the system design of automotive anticollision radar
工作频段和工作体制是防撞雷达系统设计的两个主要问题。 - Popular automotive anticollision radar is required to measure the velocity and angle of its targets as well as range . therefore , the short - wavelength high - resolution millimeter wave is used , measuring range and velocity through fmcw scheme , measuring angle through multi - beam scanning
通行的汽车防撞雷达采用了波长短、测量精度高的毫米波，以调频连续波制式测量距离和速度，以多波束扫描的方式测量角度。 - In this paper , the if circuit , the processor based on the pulse count technology and the adaptive signal processing of the system are discussed thoroughly . major contents are abstracted as follows : 1 the evolved . history of the anticollision radar system is given curtly . the development of the signal processing of the radar and the application of the digital signal processing technology to the radar system is summarized
本文重点讨论了毫米波防撞雷达系统的中频电路及其改进、基于脉冲计数新方法的处理机和自适应信号处理等的研究工作，主要研究内容摘要如下： 1简要介绍了防撞雷达系统的发展历史，总结了雷达信号处理的发展和数字信号处理技术在雷达系统中的应用及其实现方法。 - Focused on the realization in engineering practice , this paper discussed automotive anticollision radar ' s function requirement , working principle and system design . through summarizing and analysis of its research and development , the paper proposes a new type of secondary centimeter wave automotive anticollision radar that applied on the expressway
本文以现有技术的可实现性为出发点，讨论了汽车防撞雷达的性能要求、工作原理和总体设计等相关问题，总结了国内外汽车防撞雷达的研发状况，在此基础上设计了一种应用于高速公路上的应答式厘米波汽车防撞预警雷达。 - 2 the fmcw millimeter - wave radar system is introduced . the basic parts of the system and its work principle , as well as the index of it , are discussed in detail . the sae - 100 millimeter - wave anticollision radar system and the anticollision radar used in the industry are also introduced curtly
2简单介绍了fmcw毫米波雷达系统，包括它的测速、测距原理，基本组成与结构和其主要的性能指标，并简单介绍了已研制的sae - 100型毫米波防撞雷达系统和工业用fmcw毫米波避碰雷达系统及防撞雷达的应用。
