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Distance and relative speed estimation of binocular camera images based on defocus and disparity information

机译:基于散焦和视差信息的双目相机图像距离和相对速度估计

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In this paper, we discuss a method of distance and relative speed estimation for ITS by using a certain amount of focus blur. In this method, we use different focus positions of two cameras for obtaining the amount of focus blur. Next, we propose the method of distance estimation by the amount of focus blur and disparity information. According to the result of simulation, the distance and relative speed were estimated reasonably. In addition, we compose a prototype system for the real-time estimation of distance and relative speed. The system consisted of CMOS sensors designed for this processing, an FPGA, a PC, and other devices. As a result of the implementation of processing, our system was properly validated.
机译:在本文中,我们讨论了通过使用一定数量的焦点模糊来进行ITS的距离和相对速度估计的方法。在这种方法中,我们使用两个摄像机的不同焦点位置来获取焦点模糊量。接下来,我们提出了一种基于焦点模糊和视差信息的距离估计方法。根据仿真结果,合理估计了距离和相对速度。另外,我们组成了一个原型系统,用于实时估计距离和相对速度。该系统包括为此处理而设计的CMOS传感器,FPGA,PC和其他设备。由于实施了处理,我们的系统得到了正确的验证。

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