High precision prism scanning system

G. Garcia-Torales, J. Flores, R. X. Muñoz
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引用次数: 30

Abstract

Risley prisms are commonly used in continuous scanning manner. Each prism is capable of rotating separately about a common axis at different speeds. Scanning patterns are determined by the ratios of the wedge angles, the speed and direction of rotation of both prisms. The use of this system is conceptually simple. However, mechanical action in most applications becomes a challenge often solved by the design of complex control algorithms. We propose an electronic servomotor system that controls incremental and continuous rotations of the prisms wedges by means of an auto-tuning PID control using a Adaline Neural Network Algorithm, NNA.
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高精度棱镜扫描系统
里斯利棱镜通常用于连续扫描方式。每个棱镜都能以不同的速度围绕一个共同的轴单独旋转。扫描模式是由楔形角度的比率,两个棱镜的旋转速度和方向决定的。这个系统的使用在概念上很简单。然而,在大多数应用中,机械动作往往成为复杂控制算法设计的难题。我们提出了一种电子伺服电机系统,该系统通过使用Adaline神经网络算法(NNA)的自整定PID控制来控制棱镜楔的增量和连续旋转。
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