Research On Interactive Design Of Mobile Fire Protection Products Based On Context Awareness

With the development of Internet of Things(Io T)and other information technologies in recent years,new interaction methods based on the integration of human-machine-things will gradually become the main direction of future design research.As a result,the research on human-computer interaction design under the trend of the Internet of Things has gradually become the main object of design research in the era of rapid development of the Internet in China.The change in the direction of the user's in-depth needs has made the design no longer aim to complete only basic product functions,but to develop towards a more natural and humanized interactive experience.In-depth study of existing domestic mobile fire protection products found that they still have problems such as user use obstacles,poor human-computer interaction experience and deviation from deep user needs.Optimizing the human-computer interaction experience of mobile fire protection products not only adapts to the fast-developing information technology trend,but also helps to deepen users' deep understanding of products in the field of mobile fire protection product design.This article integrates the Context Awareness theory into the design situation of mobile fire protection products,mines the user's in-depth needs,analyzes and summarizes the user's many behaviors and needs in the fire scene,and applies them to the interactive design of mobile fire protection products,thereby optimizing the human-computer interaction experience of mobile fire protection products.First,the theoretical level of this paper starts from the relevant theories of interaction design research,clarifies the correlation between user depth needs and interactive experience design research,and introduces Context Awareness theory into interactive experience design research.Establish a Context Awareness model that takes environmental context,user context,and task context as data acquisition objects,and statistically analyzes contextual data in specific contexts.Secondly,the experimental level of the thesis focuses on studying the interactive functions of mobile fire protection products based on Context Awareness.By simulating the fire scene,starting from the interaction between the user-environment-task,a real-time data monitoring and comprehensive analysis method is used to build a Context Awareness model to obtain user needs.Taking mobile fire protection products as an object,summarize its interactive design strategies and principles.Through the simulation experiment and relevant criteria of the fire scene,combined with the method of data weight analysis,the interactive design function list of mobile fire protection products is constructed,and finally the interactive function optimization of mobile fire protection products is realized.The design and practice part of the article takes mobile fire protection products as an example,obtains the user needs obtained through the above Context Awareness model,and explores the interaction between users and mobile fire protection products on the hardware side and the software side.Combine the software side with the hardware side to build an interactive function system for mobile fire protectionproducts and complete product case design.Finally,by comparing and verifying with traditional schemes,the advantages of mobile fire products interactive design are analyzed,which proves the practical significance of Context Awareness theory in the field of mobile fire products interactive design.