
IRT is a fusion of information technology (IT) and robot technology (RT) and is one of the advanced multi-disciplinary research areas. Dr. Ikoma coined this word, which has appeared in academic journals on robotics and the web page of the Japan Science and Technology Agency (JST).
IRT combines IT, which works in the cyber world (such as high-speed computing, information networks and software) with RT, which works in the real world. Therefore, human-shaped robots or humanoids will not be the only innovation for the next one or two decades.
In the future, communication and computers will be able to process information from the real world using cyber world technology, resulting in higher speeds and grater efficiency. The usefulness and reliability of RT functions have been improving and are in practical use now. IRT innovation that combines IT and RT will support society and life and bring social transformations.
Some innovations will be・・・
- Robots that can help at home by cleaning, washing dishes, tidying rooms, and putting away laundry.
- Social and daily life support systems that will restock and organize products at supermarkets and department stores, perform inventory control, and fill orders and arrange delivery for online shopping.
- Personal mobility devices that will provide safety transportation devices and will work in traffic jam. These devices will reduce transportation divide by substitution for some automobiles. Such devices will also enable movement from a bed to anywhere the user wants to go and will support body functions that weaken due to aging.
- Human-friendly health check and treatment systems that will provide treatments such as capsule endoscopy based on doctor recommendations and record checks.
These IRT innovations have three platforms: (1) humanoids (2) social and daily life support systems (3) personal mobility devices. The science and core technology will (1) smooth communication between humans and computers using the five senses and body movement (2) develop an understanding of the purpose of human actions (3) fuse the recognition, learning and movement technologies, and (4) develop bio-machine interface technology.
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