Research And Practice On Computer Vision Interactive Design

With the development of science and technology, consistent innovations of digital media performance lead the digital media creation into a new epoch, which has driven the development of human-computer interaction, combined computer with people's living environment and changed our cognition on traditional art media. Computer technology highly supports the creation and diversification of design. What's more, the content has not only static performance but also interaction, feelings of lives, sight aesthetics that surpass the traditional impression. Hypothesized solid boundary, by which real spatial made the hypothesized space, is a special expression means which combines technology and creation. This mode enables the work to present a brand-new visual experience and sense organ experience. Hence, the reality can be reflected through the hypothesized space, and meanwhile, virtual experience can be provided by the reality.The art design of visual interaction is as important as the correlative technologies. We should analyze the strategy and the artful representation of visual interactive design step by step, which starts from the development of visual interaction and related domains. The communicative effect of visual interactive works and the understanding on details of related design and technologies can be reflected after the principle and the related technologies are researched.This article is not a technical paper only. It discussed the development of digital media art to solve the problem of how to combine interactive vision,with the creation design, how to analyze the main points of vision interactive work in terms of creation flow, design, technology, etc. by focusing on the interactive vision course, the application domain and correlated technologies. It elaborated the computer vision principle and correlated technologies and analyzed interactive vision behavior pattern. It can therefore provide the readers with a direct feeling on the effect of interactive vision works, while enable them to understand the correlated design and the technical details. Finally, this paper presents an example of realizing the interactive vision by camera to further prove that the present stage of human-computer interactive method based on the visual interactive system is one kind of natural and comfortable way, which accords with the body sense.