文档矢量化是一种将文档内容转化为数学向量表示的技术,一般来说就是将光栅图像或者栅格图像转换为矢量图像。通过矢量化,可以将文本数据转化为计算机可以理解和处理的形式,从而将文档资料通过计算机矢量化的格式(例如OFD,PDF等)完整地...文档矢量化是一种将文档内容转化为数学向量表示的技术,一般来说就是将光栅图像或者栅格图像转换为矢量图像。通过矢量化,可以将文本数据转化为计算机可以理解和处理的形式,从而将文档资料通过计算机矢量化的格式(例如OFD,PDF等)完整地保存下来,为印刷过程中的文本处理、信息检索等领域提供了更多可能性。首先,介绍了文档矢量化的背景;其次,介绍了传统文档矢量化模型;然后,将传统方法到基于深度学习的方法进行了全面综述并对不同的方法进行了比较;最后,对文档矢量化的应用领域和发展进行探讨和展望。Document vectorization is a technique that converts the content of a document into a mathematical vector representation, generally a raster image or raster image into a vector image. Through vectorization, the text data can be converted into a form that the computer can understand and process, so that the document data can be completely saved through the computer vectorized format (such as OFD, PDF, etc.), providing more possibilities for text processing, information retrieval and other fields in the printing process. Firstly, the background of document vectorization is introduced. Secondly, the traditional document vectorization model is briefly introduced. Then, the vectorization and the key techniques of vectorization processing in recent years are introduced. Finally, the application fields and development of document vectorization are discussed and prospected.展开更多
文摘文档矢量化是一种将文档内容转化为数学向量表示的技术,一般来说就是将光栅图像或者栅格图像转换为矢量图像。通过矢量化,可以将文本数据转化为计算机可以理解和处理的形式,从而将文档资料通过计算机矢量化的格式(例如OFD,PDF等)完整地保存下来,为印刷过程中的文本处理、信息检索等领域提供了更多可能性。首先,介绍了文档矢量化的背景;其次,介绍了传统文档矢量化模型;然后,将传统方法到基于深度学习的方法进行了全面综述并对不同的方法进行了比较;最后,对文档矢量化的应用领域和发展进行探讨和展望。Document vectorization is a technique that converts the content of a document into a mathematical vector representation, generally a raster image or raster image into a vector image. Through vectorization, the text data can be converted into a form that the computer can understand and process, so that the document data can be completely saved through the computer vectorized format (such as OFD, PDF, etc.), providing more possibilities for text processing, information retrieval and other fields in the printing process. Firstly, the background of document vectorization is introduced. Secondly, the traditional document vectorization model is briefly introduced. Then, the vectorization and the key techniques of vectorization processing in recent years are introduced. Finally, the application fields and development of document vectorization are discussed and prospected.
