Research On Interactive Design Of Mining Co-Design Cloud Platform

Information technology and big data develop synchronously,complement each other and play an increasingly important role in production and life.Nowadays,cloud platform has become an important driving force for data-driven development of various industries.In recent years,with the rapid development of "Industry 4.0" as the engine,mining informatization has been integrated into a highly comprehensive co-design cloud platform.The research on the interaction design of cloud platform of mining co-design is the key to improve the user experience and work efficiency of the mine and help the safety production.Firstly,the cloud supported collaborative design(LSCD)platform is defined based on the synergetic theory.According to the research on user experience and co-experience,this paper constructs the LSCD platform research framework which based on co-experience elements.The objective and key for the research stage of LSCD platform application in specific industry and each level of co-experience are put forward.Secondly,the LSCD platform of mining industry is studied from the perspective of platform and users.Through the literature research and field investigation of mining industry,the interactive characteristics of LSCD platform are determined.Then through the research method of user participation,the specific scenarios in mine business are analyzed and refined,and the co-work mode and interaction behavior of the user are studied.Furthermore,the commonly used design principles and their inspiration in interactive design are analyzed.According to the various levels of co-experience and the interaction characteristics and user behavior of the mining industry,the interactive design principles of mining LSCD platform are put forward comprehensively,which are the principle of authority classification,visualization,modularization and standardization.Finally,under the guidance of the principles,the interactive design practice of mining LSCD platform is carried out according to the interactive design principles of mining LSCD platform.The interactive usability test and optimization iteration are carried out to verify the applicability of the proposed interactive design principles.This dissertation has 56 figures,7 tables and 60 references.