基于PSD模糊控制器的激光光束路径控制

Nihad Abdalla, Shi Liu, A. Abdelrahim
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引用次数: 1

摘要

大多数嵌入式控制系统都是对空间中物体的坐标测量和轨迹进行跟踪,需要特定类型的控制器包含特定的算法。本文探讨了利用位置传感器探测器(PSD)设计一种智能精确控制激光束路径的光电系统,提出了一种采用新型现代算法的精确控制系统,采用闭环系统确定激光束路径的理想位置,用于测量过程中,激光源稳定且固定。我们需要用镜子把光线反射到激光束的路径上。它由混合步进电机旋转。提出了场定向控制(FOC)方法来验证其有效性。用于实时嵌入式控制器。系统本身定义了每个镜子的位置和角度。为了实现更好的瞬态响应指标,进行了一系列试验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Laser Beam Path Control Using a PSD Fuzzy Controller
Most embed control system is working on the coordinates measurement and trajectory to track an object in the space need to a particular type of controller include specific algorithm. In this paper we explore designing optoelectronic system for intelligent and exact controlling of laser beam path depend on position sensor detector(PSD), in This paper presents a precise control system using a new and modern algorithm with a closed-loop system to determine the ideal position of the laser beam path for measuring process, laser source is stable and fixed. We need to used mirrors to reflect ray to the laser beam path. It rotating by hybrid stepper motors. Field Oriented Control (FOC) method is presented to demonstrate effectiveness. For real-time embedded controller. The system itself defines the situation and angle of each mirror. Series of experiments has been conducted to realize better transient response specifications.
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