Human-computer Interface Research Of Photoelectric Tracking System Based On Model-driven

With the rapid development and upgrading of hardware and software technologies,both the requirements and the environment for human-computer interaction have become increasingly complex,bringing new challenges to the photoelectric tracking system.At present,although the existing human-computer interaction method of photoelectric tracking system in our country can basically meet the requirements of operation and use,it lacks systematic and principle research on the design of humancomputer interaction interface,resulting in that development of the human-computer interface of photoelectric tracking system has strong dependence on the level of developers.The current development methods can no longer meet the needs of further development of human-computer interaction of the photoelectric tracking system.The approach of model-driven interface development provides a new perspective for the development of the human-computer of the photoelectric tracking system.The research first analyzes the structure of the optoelectronic tracking system's operating space and the human-computer interaction process,establishes a model of the human-computer interface with its interaction scenarios,and analyzes the general attributes and characteristics of human-computer interface of the optoelectronic tracking system,also including the specific needs of human-computer interaction,as well as in-depth discussion of the interactive mode of the photoelectric tracking system.Through analysis,it is found that the current interface development method lacks systematic support for users' perspective,interface consistency and interactive logic design.There are problems such as inconsistent interface style,logical redundancy,and incomplete interactive information display.The method of model-driven interface development is more in line with the usage scenarios of the photoelectric tracking system,so this article focuses on the modelbased human-computer interface design method.The model-driven interface development can provide model support,consistent description language and graphical representation in the development process,improving communication efficiency in the project,and efficiently analyze and transform the dynamic process of interface design,systematizing and streamlining the logical design process of the interface.According to the needs of human-computer interaction in the operating space of the photoelectric tracking system,this paper innovatively proposes a model-driven,task-oriented human-computer interaction framework,which applies the model level of the Cameron framework to each component of the MVC model.Concentrate the advantages of both.On the one hand,the structure of the MVC model is adopted in the composition structure,effectively guaranting the relative independence of the interface dialogue.On the other hand,it focuses on the entire life cycle of the interface.At the implementation level,the model level of the Cameron framework is adopted,while the task model is expanded.That increases the flexibility of the framework and balances problem about the design process of the interface logical design at the high abstract level and the specific interface design at the low abstract level.Then,in order to verify the feasibility and superiority of the human-manchine interface framework driven by the task-oriented model,the framework is used to design the operation interface of the photoelectric tracking system,and the system prototype will be obtained.Finally,the interface is evaluated from both subjective and objective aspects.The analysis shows the advantages of interface logic and strong interaction designed using the the human-computer interaction framework proposed in this paper,which proves that the framework and method can effectively solve the consistency of the interface and design of interactive logic in human-computer interaction of the photoelectric tracking system from a systematic and principled perspective.This has high reference value for the development of man-machine interface of photoelectric tracking system.