54.Mr.RiMM Overseas Dialogue 7

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This is the final round of overseas dialogue. The reporter is from the editorial reporter on the west coast of the United States. We responded to the reporter’s request. The request is, “Tell us what you are thinking about forecasting for any topic, industry, technology, or business and technology of your choice. How will your products and services help your clients in 2021?” is.

Title “Virtual reality that keeps evolving for human safety”

Currently, humankind is facing a new crisis and is required to respond to it. The global environment is changing and the opportunities to face major disasters are increasing year by year. Unexpected disasters (natural, general, industrial accidents, human-made accidents) are included in this, and improvement of their coping ability is required. Educational means for case studies of disaster occurrence situations and acquisition of disaster response methods are in place. In order to further improve safety through the safety education, it is necessary for each individual to raise their awareness of danger. Recently, we have conducted education to improve sensitivity by experiencing danger through VR, and the results of improving awareness have been achieved. Apart from this, there are many cases where psychological damage is caused by actual disasters, which is a problem, and it is necessary to provide means for psychological care.

From 2020, there is a serious need to deal with viruses that are changing rapidly worldwide. In order to reduce the damage caused by virus infection, it is required to reduce contact between people, and communication activities using networks are recommended. Due to the effects of this virus, we are faced with new obstacles and are required to respond. The content of the obstacle is the accuracy and quality improvement of communication in communication using the video conferencing system. Today’s video conferencing is communication limited to specific sensory communication. As a result, it is difficult to accurately convey human emotions. This incomplete communication changes the nuances and gives a negative impression to the human psychology. Unless these are improved, human social activities will not be stable.

Initially, VR developed around the visual and auditory senses, which are the main five senses. We have found that the content of transmission directly affects human sensitivity by adding new sensory reproductions by touch and smell. These show that understanding the mechanism of human beings as living things, and VR of five senses based on psychology, cognition, and sensibility functions as a means to transmit emotions beyond the language barrier. Specifically, tactile reproduction is realized by a reproduction method that applies the mechatronics control of the robotic control approach. In the future, all functions including these will be able to be transmitted remotely by using the network. In addition, feedback control based on the sensing results is realized by ultra-compact real-time sensing using MEMS, which is equivalent to skin sensation. In this way, VR continues to evolve.

We aim for more secure and efficient information transmission using VR. We will elucidate the mechanism by which human biological sensory reproduction influences emotions, optimize it for each individual, and realize a more efficient and safe mechanism for touching emotions. In order to construct these mechanisms concretely, it is necessary to understand engineering technology and the biological mechanism of human beings, and to establish a mechanism that acts on emotions through the sensory organs and the brain from a medical point of view. Therefore, it is most important to combine medical and biological knowledge with engineering knowledge. VR can be used in a wide range of fields to maintain human safety, as a better means of communication, as an efficient educational means, and as a mechanism to care for people’s feelings, and will continue to evolve.

About the author

After graduating from the Department of Mechanical Engineering, Faculty of Engineering, he joined an electrical manufacturer and developed control hardware and software for die bonding equipment and wire bonding equipment used in semiconductor manufacturing. Started, supported research institutes for more than 5 years. In 2007, he developed a disaster response training simulator, then designed a RiMM that enhances safety and developed basic RiMM software. We have developed our own tactile reproduction device that makes us feel scared and announced a disaster experience machine that incorporates it.

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