Knowledge-based English cursive script segmentation
Pattern Recognition Letters
Segmentation-based recognition of handwritten touching pairs of digits using structural features
Pattern Recognition Letters
A Contour Code Feature Based Segmentation For Handwriting Recognition
ICDAR '03 Proceedings of the Seventh International Conference on Document Analysis and Recognition - Volume 2
Automatic Segmentation and Recognition System for Handwritten Dates on Canadian Bank Cheques
ICDAR '03 Proceedings of the Seventh International Conference on Document Analysis and Recognition - Volume 2
A novel approach for structural feature extraction: contour vs. direction
Pattern Recognition Letters
Recognition-directed recovering of temporal information from handwriting images
Pattern Recognition Letters
Application of information retrieval techniques to single writer documents
Pattern Recognition Letters
Maximization of Mutual Information for Offline Thai Handwriting Recognition
IEEE Transactions on Pattern Analysis and Machine Intelligence
Rejection strategies for offline handwritten text line recognition
Pattern Recognition Letters
Fuzzy technique based recognition of handwritten characters
Image and Vision Computing
On-line handwritten digit recognition based on trajectory and velocity modeling
Pattern Recognition Letters
Lexicon reduction using dots for off-line Farsi/Arabic handwritten word recognition
Pattern Recognition Letters
Persian/arabic handwritten word recognition using M-band packet wavelet transform
Image and Vision Computing
Pattern Recognition Letters
Filtering segmentation cuts for digit string recognition
Pattern Recognition
Similarity-based training set acquisition for continuous handwriting recognition
Information Sciences: an International Journal
Effect of ensemble classifier composition on offline cursive character recognition
Information Processing and Management: an International Journal
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Over-Segmentation and Validation (OSV) is a well anticipated segmentation strategy in cursive off-line handwriting recognition. Over-Segmentation is a means of locating all possible character boundaries, and the excessive segmentation points called over-segmentation points. Validation is a process to check and validate the segmentation points whether or not they are correct character boundaries by commonly employing an intelligent classifier trained with knowledge of characters. The existing OSV algorithms use ordered validation which means that the incorrect segmentation points might account for the validity of the next segmentation point. The ordered validation creates problems such as chain-failure. This paper presents a novel Binary Segmentation with Neural Validation (BSNV) to reduce the chain-failure. BSNV contains modules of over-segmentation and validation but the main distinctive feature of BSNV is an unordered segmentation strategy. The proposed algorithm has been evaluated on CEDAR benchmark database and the results of the experiments are promising.