Oracle video input system and implementation method

Abstract

The invention provides a video input system and an implementation method, the input system comprises an image acquisition module, a character feature extraction module and an intelligent identification module, wherein the image acquisition module is used for acquiring an oracle video which needs to be inputted by a user in a real-time manner and transferring image data after extracting a character structure to the character feature extraction module; the character feature extraction module is used for analyzing the acquired oracle structural image data and adopting the feature extraction algorithm to extract image characters; and the intelligent identification module is used for identifying the image characters extracted from the character feature extraction module through the database identification algorithm and outputting the identified oracle characters and relevant information of the oracle characters to a terminal. The invention provides an oracle video input method with simpleness, convenience and high efficiency and provides a convenient oracle input method for editing, printing and typesetting of the oracle characters and digital research of the oracle characters, thereby solving the problem of difficult oracle input besetting oracle scholars for many years.

Description

technical field [0001] The invention relates to the field of multimedia technology, in particular to a character input method in the research field of oracle bone inscriptions, in particular to an oracle bone inscription video input system and its implementation method. Background technique [0002] Since Professor Zhou Hongxiang of the University of California used computer technology to spell oracle bone inscriptions in the 1970s, with the in-depth research on oracle bone inscriptions, Chinese and foreign scholars have done a lot of work on the structural analysis of oracle bone inscriptions. There are few research materials and backward research tools, which are far from meeting the needs of modern Chinese character research. [0003] Since nearly one-half of the existing more than 5,000 oracle bone inscriptions cannot be recognized, therefore, using the pinyin input method corresponding to modern Chinese characters obviously cannot guarantee the input of all oracle bone ...

AI Technical Summary

Problems solved by technology

In 2009, Gu Shaotong, Ma Xiaohu and others proposed an oracle bone inscription input method based on glyph topology, but the above-mentioned scheme has two obvious deficiencies. One is that the input method of modern Chinese characters is applied to the input method of oracle bone inscriptions without sufficient consideration. The particularity of oracle bone glyphs, for example, it is obviously inappropriate to analyze the topological structure of oracle bone glyphs when the oracle bone glyphs have not been completely and accurately shaped

The second is that in the process of processing oracle bone inscriptions, all the schemes intentionally or unintentionally avoid the inscriptions on oracle bone inscriptions that have not yet been fully read. Therefore, the character-forming components summarized are based on the analysis of some oracle bone inscriptions, which is not comprehensive.

To this end, it is necessary to establish a glyph database of oracle bone inscriptions, but even the oracle bone inscriptions after the finalization cannot be written as conveniently as modern Chinese characters due to their unique line structure. Use drawing tools to "draw" oracle bone inscriptions

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