A short method for on-line handwritten character recognition

G. Bandara, S. D. Pathirana, R. Ranawana
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Abstract

Handwritten characters differ from person to person. Thus, when using traditional methods like neural networks and image processing techniques, extensive training of the system is needed. Because of this, an attempt was made to develop a system that used the methods that humans use to perceive handwritten characters. Thus, a system that recognizes features in handwritten characters using fuzzy logic was developed. The reasons for the selection of fuzzy logic were as follows: 1. Fuzzy logic can be used to model human perception; 2. The mathematics that fuzzy logic requires is extremely fundamental. Thus, any algorithm developed using fuzzy logic would require relatively simple and short calculations; and 3. Due to simplicity of fuzzy calculations, they can be implemented on any hardware or software platform without too much concern for computing power. The objectives in the development of this method were: 1. The development of a short and efficient algorithm that tries as much as possible to model human perception. and 2. The development of an algorithm that can be implemented on any hardware or software platform through low computational power requirements.
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一个简短的在线手写字符识别方法
手写字符因人而异。因此,当使用神经网络和图像处理技术等传统方法时,需要对系统进行大量的训练。正因为如此,人们尝试开发一种系统,使用人类用来感知手写字符的方法。因此,开发了一种基于模糊逻辑的手写体特征识别系统。选择模糊逻辑的原因如下:1。模糊逻辑可以用来模拟人类的感知;2. 模糊逻辑所需要的数学是非常基础的。因此,使用模糊逻辑开发的任何算法都需要相对简单和简短的计算;和3。由于模糊计算的简单性,它们可以在任何硬件或软件平台上实现,而不需要过多考虑计算能力。开发这种方法的目的是:1。开发一种简短而高效的算法,尽可能地模拟人类的感知。和2。通过低计算能力要求,开发可以在任何硬件或软件平台上实现的算法。
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