Intelligent interaction model for battleship control based on the fusion of target intention and operator emotion

Abstract

Due to the complexity of situation information and the diversity of display modes, the traditional battleship information system cannot provide the operator with important information effectively, which leads to its low ability to express the details of target intentions. Therefore, taking air targets as the main research object, this paper proposes a battleship human-machine intelligent interaction model based on the fusion of target intention and operator emotion. The model mainly includes four modules: the intention recognition of the target, the emotion cognition of the operator, the fusion of the intention and the emotion, and the interactive visualization. The goal is to provide a personalized human-machine interaction scheme that can realize auxiliary decision-making and man-machine integration intelligence according to the target intention and the operator's emotion. Finally, the evaluation results have demonstrated the feasibility and reliability of the proposed model.