基于视觉感知技术的舰船导航系统交互界面设计  

Research on interactive interface design of ship navigation system based on visual perception technology

作　　者：任思炜 张宇红[1] REN Si-wei;ZHANG Yu-hong(Xi'an Technological Univercity,Xi'an 710021,China)

机构地区：[1]西安工业大学,陕西西安710021

出　　处：《舰船科学技术》2022年第12期157-160,共4页Ship Science and Technology

摘　　要：为优化舰船导航系统交互界面视觉效果,研究基于视觉感知技术的舰船导航系统交互界面设计方法。以人眼视觉感知特性为交互界面视觉感知强度分级宗旨,将交互界面划分成5个级别的视觉感知区域;通过视觉感知因素分析舰船导航系统交互界面视觉感知因素的重要性;构建基于视觉传达指数最大化的交互界面设计模型,并使用鱼群算法,求解模型获取视觉传达指数最大化的视觉感知因素布局的最优方案,保证交互界面视觉感知因素按照重要性大小,布局在对应级别的视觉感知区域。测试可知,本文方法应用后,舰船导航系统交互界面的视觉传达指数大于0.9,视觉效果得以优化。In order to optimize the visual effect of interactive interface of ship navigation system,the design method of interactive interface of ship navigation system based on visual perception technology is studied.Based on the human visual perception characteristics,the interactive interface is divided into five levels of visual perception areas.The importance of visual perception factors in the interactive interface of ship navigation system is analyzed through visual perception factors;Build an interactive interface design model based on the maximization of visual communication index,and use the fish swarm algorithm to solve the model to obtain the optimal scheme for the layout of visual perception factors with the maximization of visual communication index,so as to ensure that the visual perception factors of the interactive interface are arranged in the corresponding visual perception area according to the importance.After the test,the visual communication index of the interactive interface of the ship navigation system is greater than 0.9,and the visual effect is optimized.

关 键 词：视觉感知技术 舰船 导航系统 交互界面 视觉传达指数 

分 类 号：TB472[一般工业技术—工业设计]