基于PCE卷积LSTM网络的古文字识别

S. Ezhilarasi, P. Umamaheswari, S. Raghavi
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摘要

有助于印度文化遗产的历史古文字被刻在各种材料上,如石刻、石刻、手抄本、罐子、硬币、铜板等。世界各地的考古部门都进行了大量的数字化项目,将历史内容数字化。但由于涉及到复杂背景、噪声和各种光照条件下的图像,因此具有高度的复杂性。这些文字经过相机捕捉和处理以识别文字。文字识别系统是为古文字提供全球可见性的必然工具。字符自动识别是一个具有挑战性的问题,在本文提出的工作中,它需要谨慎地混合图像增强、补丁提取、特征提取、分类和识别技术。这包括使用卷积神经网络提取图像补丁序列和补丁的特征向量,并使用注意力机制输入特征向量,使用LSTM模型进行特征识别。由于古文字的字符序列较长,在进行字符识别时需要特别注意。提出的工作是试图通过从图像中提取补丁序列并将其输入CNN-LSTM框架来识别和识别历史上的泰米尔古文字。该方法主要包括预处理、特征提取和字符级识别三个部分。建立LSTM网络,并将特征向量序列输入网络进行训练。识别字符序列。该方法的字符识别准确率达到97.9%。
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Recognition of Characters using PCE based Convolutional LSTM Networks from Palaeographic Writings
The historic paleographic writings that contributes to cultural heritage of India were inscribed on various materials such as stone inscriptions, rock carving, palm manuscripts, pots, coins, copper plates etc. Archaeological departments throughout the world have undertaken massive digitization projects to digitize the historical contents. But it is highly complicated as it involves images with complex backgrounds, noises and various illumination conditions. The paleographic writings are camera captured and processed for recognition of characters. A character recognition system is an inevitable tool to offer global visibility to the paleographic writings. Automatic character recognition is a challenging problem as in the proposed work it needs a cautious blend of image enhancement, patch extraction, feature extraction, classification and recognition techniques. This involves extracting the sequence of image patches and feature vector of the patches using Convolutional Neural Network and feeding the feature vectors using attention mechanism to recognize the character with LSTM model. As paleographic writings have lengthy sequence of characters which requires special attention during character recognition. The proposed work is an attempt to identify and recognize the historical Tamil paleographic writings by extracting the sequence of patches from the image and feeding them into a CNN-LSTM framework. The proposed method mainly consists of pre-processing, feature extraction, and character-level recognition. The LSTM network is built and the sequence of feature vectors is fed to the network and trained. The sequence of characters is recognized. The performance of the proposed method recorded an character recognition accuracy of 97.9%.
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