Design And Implementation Of Typical Module For Human-Computer Interaction Digital Interface Evaluation Software

This paper summarizes and combs the evaluation method of human interaction digital interface,combines expert interviews in the fields of human-computer interaction and software development,and scores the evaluation methods from the two aspects of the feasibility and value of software implementation.The evaluation method suitable for software implementation,at the same time,through the combing and analysis of the existing human-computer interaction digital interface evaluation software,it is concluded that the existing interface evaluation software mainly has the following deficiencies: single evaluation dimension,single evaluation object,evaluation Lower level and lower automation.On this basis,this paper proposes a comprehensive concept of human-computer interaction digital interface evaluation software.The software mainly includes the following evaluation modules: evaluation module based on questionnaire scale(QS module),interface evaluation module based on aesthetic metrics(AM module),mouse tracking based interface evaluation module(MT module),user model based interface evaluation module(UM module),eye tracking based interface evaluation module(ET module),EEG based interface evaluation module(EEG module).In this paper,the evaluation indicators,methods and processes are further elaborated for each functional module,and the QS module is designed and developed in detail.Firstly,this paper establishes an interface usability evaluation index system through literature review,expert survey and other methods,and analyzes its reliability and validity.After that,the analytic hierarchy process is used to calculate the weight of each index,thus establishing a standardized user-based experience.Usability evaluation model.In this paper,the basic structure of the software and the user task flow are designed.The detailed high-fidelity design of the software and the evaluation module based on the questionnaire is completed.The development and implementation of the software based on the Java language and Web technology are completed.It shows that the developed software has good usability and can be used for comprehensive evaluation of human-computer interaction digital interface.