By inputting images of candidate areas into the trained heterogeneous deep learning model, and creating a system that outputs a degree of reliability for both characters and non-characters, high for candidate areas which form characters and low for candidate areas which do not, Fujitsu developed a technology that effectively separates a string of characters into individual characters (Figure 2b). The Fujitsu R&D company and Fujitsu Laboratories announced the development of an artificial intelligence (AI) model that can recognise handwritten strings of Chinese characters with recognition accuracy of 96.3%. Measured on a standard used by academic societies this is the highest level of accuracy achieved to date. This breakthrough in AI technology has been made possible thanks to Fujitsu’s collaboration with IBM Research – which was founded in 1984 as IBM’s first research laboratory for AI-related research.
The Fujitsu R&D company and Fujitsu Laboratories announced the development of an artificial intelligence (AI) model that can recognise handwritten strings of Chinese characters with recognition accuracy of 96.3%. Measured on a standard used by academic societies this is the highest level of accuracy achieved to date. This breakthrough in AI technology has been made possible thanks to Fujitsu’s collaboration with IBM Research – which was founded in 1984 as IBM’s first research laboratory for AI-related research.