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Combining two radar techniques to implement a collision avoidance system

机译:结合两种雷达技术来实现防撞系统

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摘要

Many microwave collision avoidance radars have been tested using FMCW (frequency modulated continuous wave) radar and pulsed radar working around 10, 35 and 60 GHz. The aim of this paper is to describe an efficient radar system, termed bimodal, obtained by the combination of these two systems. The FMCW sensor is used for close detection and easier speed calculation, and the pulsed one for large distances and multi-target separation. The bimodal system has been used to improve the performances of the two sensors by retaining the advantages of each. The new radar is able to detect obstacles between 2 and 150 m with low emitted power. The whole system is controlled by a decision program unit. An accuracy of ±1 m has been achieved.
机译:已经使用FMCW(调频连续波)雷达和工作在10 GHz,35 GHz和60 GHz附近的脉冲雷达对许多微波避免碰撞雷达进行了测试。本文的目的是描述一种有效的雷达系统,称为双峰,是通过将这两个系统结合而获得的。 FMCW传感器用于近距离检测和较容易的速度计算,而脉冲式传感器用于远距离和多目标分离。通过保留每个传感器的优势,双峰系统已用于改善两个传感器的性能。新的雷达能够以低发射功率检测2到150 m之间的障碍物。整个系统由决策程序单元控制。精度为±1 m。

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