Customized Floating Point Algorithm for the Ranging System

Rohit Kumar, A. B. Bazil Raj
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引用次数: 1

Abstract

This In this work a new algorithm for the system in which space i.e. size is main concern is proposed. Using this algorithm we can achieve desired accuracy and preciseness in range calculation of a system, even when power is a big concern i.e. altimeter or other range equipment. For the verification of algorithm it is implemented in experimental setup with FPGA in altimeter range equipment. The range for the same has been also verified using virtual GUIs. The range verification using the designed algorithm has been verified for smaller to large scale variations and found appropriate for calibrated and measured range. The algorithm has been implemented using VHDL code in Modelsim/ISIM simulator. Results of proposed algorithm are compared with the existed architecture and reduction in chip area and delay has been observed.
自定义浮点算法的测距系统
本文提出了一种以空间即大小为主要考虑因素的系统算法。使用该算法,我们可以在系统的距离计算中达到所需的精度和精确度,即使功率是一个大问题,如高度计或其他测距设备。为了验证算法的有效性,利用FPGA在高度表测距设备的实验装置上实现了该算法。使用虚拟gui也验证了相同的范围。利用所设计的算法进行的距离验证已经在小尺度到大尺度的变化中得到验证,并且适合于校准和测量的距离。该算法已在Modelsim/ISIM模拟器中使用VHDL代码实现。将该算法与现有结构进行了比较,并观察到芯片面积和延迟的减少。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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