Pseudo Random Encoders Simulation and Implementation

Abstract

This article discusses pseudo-random position encoders and their basic built-in parts, but pays special attention to a new approach in their development. A new, more flexible method for improving and testing proposed pseudo-random encoders, based on virtual instrumentation. In particular, the problems of generating pseudo-random strings and converting pseudo-random code to natural code are discussed, implemented, and tested using the LabVIEW software package. The goal of this study is to improve the performance of pseudorandom codes in terms of cost, time, and complexity. By using the virtual instrumentation concept, performance can be improved with reduced complexity. It is also verified that the proposed concept is improved even in the nature of complex parameters and thus can be implemented in real time by integrating the two parts of a pseudo-random encoder with high complexity. impurities reduced. Hence, this is a guide to see the actual implementation of encoders in industrial studs using the virtual concept presented in this article. . This solution is implemented in the LabVIEW software package and provides the generation of pseudo-random strings of different lengths, which are determined by the parameter on the front panel. Using the proposed approach offers obvious advantages over previous approaches, such as easier learning of the LabVIEW graphical programming language, use of computing resources, modification of the solution. easier. LabVIEW also provides the ability to solve complex problems by dividing tasks into simpler tasks, as well as different tools for presenting results.