Language Analysis and Calculation
YAO Dengfeng, JIANG Minghu, Abudoukelimu Abulizi, LI Hanjing, Halidanmu Abudukelimu
2018, 32(1): 59-67.
This paper tries to simulate the process of sign processing in the human brain, and designs a hybrid neural network model to solve the sign language understanding based on phonological model, i.e. converting the phonological information of hand to Chinese text. We first integrate the advantages of the two perspectives of simultaneity and sequence in sign language, and propose an improved model of sign language phonology. The first-perception first-comprehension algorithm is designed based on the cognitive mechanism of the brain, which processes Chinese text directly from phonological features of the sign that can act as linguistic features. Compared with the traditional method that deduces Chinese text from graphic features, this algorithm represents tremendous progress in cognitive computing. Experimental results verify the feasibility of the intelligent cognitive technology, which lays a technical foundation to realize robot intelligence.