This software system is designed with OCR (Optical Character Recognition) technology to meet the input requirements of books, newspapers and magazines, reports, bills and official documents.
At present, many information materials need to be converted into electronic documents for various applications and management. However, due to the backward digital processing methods of information, it is not only time-consuming and laborious, but also expensive, resulting in a large backlog of documents and materials. Therefore, there is an urgent need for a fast and efficient software system to meet this massive input demand. The software system is suitable for individuals, small libraries, small archives and small enterprises to input large documents, reprint books and digitize a large number of materials.
● Identify characters
Simplified character set: There are more than 6,800 first-and second-level Chinese characters in GB23 12-80.
Pure English character set.
Simplified and Traditional Character Set: Besides simplified Chinese characters, you can also know more than 5,400 traditional Chinese characters in Taiwan Province Province, as well as Hong Kong traditional Chinese characters and GBK Chinese characters.
● Identify font types.
It can recognize more than 100 fonts such as Song Dynasty, Imitation Song Dynasty, Regular Style, Bold Style, Wei Bei, Official Script, Round Style and Regular Style, and supports the mixed use of multiple fonts.
● Identify font size
The initial number was small and the font was six.
● Table recognition
It can automatically judge, split, identify and restore various general printed forms.
● Can support traditional WINDOWS systems.
Be sure to download it by thunder.
/down.asp? id= 1 124。 No =2
It has been tested and can be downloaded, which is very fast.
How to use:
/bbs/dispbbs.asp? boardid = 4 & ampid = 8 & amppage= 1
/show_hdr.php? xname = TVKUIV0 & ampdname = CJQ0JV0 & ampxpos=28
/blog/blogview.asp? logID=50
1 guide to interim report
The main data of this graduation project is to select a constitutive model suitable for rubber hyperelast