Edge Cloud Computing has only recently begun to gain popularity, there are not many uses for it in China's educational system. The primary characteristic of edge cloud computing is the utilization of virtualization to combine different resources including software and hardware and make them available to consumers online. The implementation of multimedia technology has considerably enriched the curriculum, revitalized the learning environment, and increased the effectiveness of instruction. A significant opportunity for reforming martial arts education is the use of cloud computing technologies in college-level martial arts instruction. This paper primarily examines the demerits in how aerobics is now taught in Chinese colleges and universities, using the teaching of martial arts as an instance. The study has implemented edge cloud computing system for analyzing resource management strategy in martial arts. The strategy's application may lead to some clarity for university martial arts instruction.
This article presents the novel design of the technology acceptance model to create a predictive model of whether or not people will accept Taekwondo safety gear. A survey containing 28 items was completed by 200 collegiate Taekwondo practitioners associated with the Taekwondo Association. A significance level of 0.05 was employed for the correlation and structural equation modeling analyses. The perceived usefulness of the proposed system is practical compared to the existing system, which is significantly influenced by perceived quality. Perceived ease of use and perceived usefulness were also unaffected by visual beauty. Wearability had a substantial impact on perceived ease of use but significantly negatively impacted perceived usefulness. Perceived ease of use and perceived usefulness were not affected by the functionality of the proposed system. Perceived usefulness is significantly influenced by perceived ease of use, and the acceptance intention is affected by perceived usefulness which also affects the system’s performance. These findings imply that increasing the device’s perceived quality and wearability will increase its acceptance. This research shows an adequate verification model to validate the desired range of signals to accept Taekwondo electronic protective devices.
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