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A Deep Learning approach to solve sudoku puzzle

机译:解决数独益智的深度学习方法

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摘要

Computer vision has been lionized in the recent trends of information technology world. Because of its enormous application and features, it has been gaining limelight for solving real world complex problems which are beyond human intelligence. Extending this artificial intelligence marvel to conventional life makes it useful and convenient. Sudoku has become a part of amusement in many lives which is ubiquitous in many articles news papers, magazine and apps. So imbibing computer vision techniques to solve the Sudoku puzzle is upshot of this paper. We have employed some of the prominent tools like Open CV, OCR, Tensorflow. The paper explains the methodology with which we have used these tools to solve the Sudoku puzzle. The methodology shown in the paper involves several stages such as image preprocessing and image extraction using OpenCV, OCRing the numerical data from the extracted image using Tesseract and finally feeding the numerical data extracted to the neural network(tensorflow) model to get the desired output. The main motivation of our research is to develop up a help device for Sudoku players, for example urging players to tackle the hard Sudoku puzzles or when looking for help. It is troublesome at various stages and simple to artful players, particularly for new players or individuals insufficient certainty or endurance. The input data, comes from the camera or as an image.
机译:计算机愿景在最近的信息技术世界趋势中致偏向。由于其巨大的应用和特征,它已经获得了解决超出人类智力的真实世界复杂问题的敏捷性。将这种人工智能扩展到常规生活使其有用和方便。 Sudoku已经成为许多生活中的娱乐的一部分,这在许多文章新闻报道,杂志和应用中无处不在。因此,吸收计算机视觉技术来解决Sudoku拼图是本文的突起。我们使用了一些突出的工具,如开放式简历,OCR,Tensorflow。本文解释了我们使用这些工具来解决数独谜题的方法。本文中所示的方法涉及多个阶段,例如使用OpenCV的图像预处理和图像提取,使用TESERACT从提取的图像中oc occring,并且最终从提取到神经网络(Tensorflow)模型中提取的数值数据以获得所需的输出。我们的研究的主要动机是为Sudoku玩家开发一个帮助装置,例如敦促玩家解决硬销困难的谜题或寻找帮助。这是各个阶段的麻烦,易于艺术玩家,特别是对于新的球员或个人不充分的确定性或耐力。输入数据来自相机或图像。

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