Interactive Product Design Based On Non-intrusive Behavior Monitoring Technology

Since the creation of the first digital computer which usingmechanical switches and patch panel, computers’ operational capabilityand interactive modes have been in rapid development. The wide use ofcomputers has changed the way in which people work, play andcommunicate. With enhanced computing capabilities, reduced volume,lower production costs and the establishment of infrastructure (such asnetwork, GPS, etc.), new forms of equipment are continuously generating,new technologies and new products are being flooded with all areas ofpeople’s life. Products are becoming more and more intelligent with moreand more functions, hence, the processes of human-computer interactionare becoming increasingly complex.Interactive design has been committed to the development of novelcomputer equipment and man-machine interface, improving the way ofpeople interacting with the machine, so that the computer technology ismore useful and easier to use. Through the design and research oftechnology and human behavior, explore how to make the interactionbetween product and people to be more natural and beautiful.This paper introduces non-intrusive behavioral data collection method.Track users’ activities in a familiar environment without interference tousers, and collect feature data for knowledge mining. First, do research onusers’ activity patterns and trends. Second, investigate potentialopportunities and forms brought by technology. Then develop derivativeinteractive products or services. Non-intrusive behavior monitoringtechnology is widely used in areas of driver fatigue monitoring, elderly health monitoring, telemedicine, smart home. This article describes thetheory and methods of interaction design and research status ofnon-intrusive behavior monitoring technologies and summarize the generalbehavior of the monitoring system constitutes. Finally, carry out a designpractice with the use of non-intrusive design theory and develop interactiveproducts to improved users’ medication adherence. This paper’s studies anddesign recommendations will be a useful reference for future studies ofnon-intrusive user behavior.