Abstract:

[Purpose/Significance] In promoting red resources, libraries face problems such as "low reading rate of resources", "low public participation" and "low level of innovation in service". To some extent, these problems stem from the neglect of embodied cognition. The essence of embodied cognition is that cognitive process is not only the activity of the brain, but is inseparable from the perception and interaction of the body. Applying the theory of embodied cognition to reading can enhance the sense of immersion and participation in reading, thus optimizing the reading effect of red resources. This study explores the application and optimization path of VR technology in reading red resources from the perspective of embodied cognition. By enhancing users' immersive experience, it promotes their deep cognition and emotional resonance of red resources in order to promote the innovative utilization and efficient dissemination of red resources. [Method/Process] Taking the grounded theory as the research method, we first carry out data collection and sample selection, then analyze the text materials through the three-level coding method of open coding, axial coding and selective coding, and finally randomly select one third of the samples from the materials to carry out the saturation test of the theoretical model, summarize the three main categories of reading guarantee mechanism, reading ecology and reading experience optimization, and construct the optimization of the VR red resource reading path model, and elaborate the model in detail. [Results/Conclusions] It is found that reading guarantee mechanism, reading ecology and reading experience optimization have a positive effect on promoting the continuous optimization in reading VR red resources. Among them, reading guarantee mechanism plays a fundamental role, providing basic support for the whole VR red resource reading system. Reading ecology plays the role of a bridge, transforming the support of reading guarantee mechanism into the actual experience of users. The optimization of reading experience plays a goal-oriented role, and its realization depends on the results of the reading ecology practice, and through the feedback mechanism to promote the progress of the whole system. The interaction of these three main categories forms a dynamic feedback loop, ensuring that the VR red resource reading system can be continuously optimized with the development of technology and changes in user needs, and promoting the continuous innovation and optimization of VR red resource reading methods. This study relies mainly on secondary data and case studies, and lacks the actual feedback from users in real-life scenarios, especially the individual differences in user experience have not been fully explored. In future research, in-depth interviews will be introduced as a complementary means to further explore the individual experience of users in reading VR red resources, especially the specific application scenarios of embodied cognition theory.

Key words: virtual reality, red resources, grounded theory, embodied cognition, reading optimization paths