Accuracy and Improvement of English Translation Integrating Multimedia Interaction Technology and Wearable Devices

Abstract

In order to solve the problem that complex concepts in traditional two-dimensional English translation cannot be effectively understood by students, this paper proposes an English translation system which combines multimedia interactive technology and wearable devices. This system can accurately improve the level of English translation. Firstly, the author constructs a set of intelligent English translation scene based on 3D multimedia interaction technology, and completes the calibration of the scene through the calibration algorithm. Subsequently, based on the multimedia interactive scene, a wearable device-based student participation in English translation state prediction is constructed through Markov random chain. Through wearable devices, the accuracy and improvement of students’ English translation level are accomplished in 3D multimedia interactive technology. In order to verify the feasibility and validity of the system which integrates multimedia interaction technology and wearable device, four comparative algorithms are simulated under the system. The experimental results show that under the same corpus and different corpus, the integration of multimedia interaction technology and wearable device system constructed in this paper can significantly improve the level of English translation and make English translation more accurate.