Experimental Research on Tactile Media Art Development Platform Based on HCI Technology

With the development of audio and video codec technology, digital high-definition television technology, mobile portable haptic media technology and network streaming media technology, people are increasingly demanding high-quality audio and video haptic media as well as portable haptic media. However, various audio and video compression standards have their own unique characteristics, making the unified integration of various algorithms very complicated. It is becoming more and more important to use HCI technology to study the experimental platform of tactile media art development. This article analyzes the advantages and disadvantages of the water level cache mechanism and the ring buffer mechanism through in-depth research on the traditional cache mechanism and HCI technology, and on this basis, the dynamic circular cache mechanism of the subject's cache mechanism is proposed. This mechanism can dynamically determine the size of the cache space, improve space utilization, and the cache hit rate of “backward” operations. Furthermore, the in-depth study of the decoding core module, which aims at loop filtering, mainly proposes improved methods from the perspective of filtering order and boundary strength calculation, and makes full use of the speed advantage of register storage and the principle of image correlation to reduce redundancy and improve decoding speed; in addition, the application of the haptic media art development platform based on HCI technology is optimized from three aspects: object, memory and display. For some optimization schemes, the conclusion analysis is carried out through a test tool, and the optimized program has improved on running speed and display effect.