초록

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Abstract ▼ AI-Helper

This study aims to supplement the limitations of the brain-computer interface (BCI), refer to non-invasive BCI art, and find ways to utilize it in mixed reality. BCI music and art can be used to reduce psychological resistance, and mixed-reality technology can be used to mitigate the omission and no...

This study aims to supplement the limitations of the brain-computer interface (BCI), refer to non-invasive BCI art, and find ways to utilize it in mixed reality. BCI music and art can be used to reduce psychological resistance, and mixed-reality technology can be used to mitigate the omission and noise of bio-signal information in a non-invasive manner. Consequently, BCI technology could be adopted in three fields of mixed reality: 1) The first is the medical or healthcare field. Mixed reality is utilized in neuro-feedback to facilitate rapid response with fast visualization of information. The physical disabilities of disabled people are overcome by integrating augmented human technology and BCI technology, and existing physical capabilities are enhanced; 2) Second, in the field of education and training, the BCI can be used for intuitive information transmission through electroencephalogram, simulation using visualization of mixed reality, and real-time interactive training; 3) Third, in leisure activities and creative activities including games, it is possible to use mixed-reality contents with various wearable BCI devices and to utilize the five senses and bio-matrix of BCI. The BCI is expected to evolve with mixed-reality technologies that provide a natural affinity for interacting with people or machines depending on the person's body or emotional state.

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