November 13, 2020
Nippon Telegraph and Telephone Corporation
Nippon Telegraph and Telephone Corporation (NTT; Head office: Chiyoda–ku, Tokyo; President & CEO: Jun Sawada) has established four research and development goals (grand challenges) for digital twin computing (DTC)*1 on the Innovative Optical & Wireless Network (IOWN) concept *2 to pioneer new future societies. Specifically, NTT aims to realize technologies to communicate the sensitivities of the mind and the emotions, alter ego technologies to coexist and grow with people (Another Me), technologies to explore forms of future societies, and technologies to induce inclusive equilibrium solutions for the earth and its social and economic systems.
In a future society where human diversity, complex social structures, and other uncertain global events are increasing, we will engage in the following four grand challenges to create a society with harmonized relationship among the Earth, a society, and a human.
This is a new form of communication that transcends differences in language, culture and individual characteristics such as experiences and sensitivities to enable direct understanding of each other’s perceptions and emotions.
Not your spouse, not your child, not your best friend, but a new and irreplaceable partner, realizing your alter ego as “Another Me” to live and grow with you and expand your opportunities in life tenfold.
These technologies will realize the explorer engine of the future society that will enable individuals to explore societies of the future and choose the actions and behaviors they want.
We will present an inclusive equilibrium to harmonize the autonomy of the global environment with the autonomy of the social and economic systems that are part of the global environment, and multiple options for social system transformation to lead to the equilibrium.
Mind–to–Mind communications will bring about a new stage of communications that will transcend differences in language, culture, experience, values and sensibilities to gain a real and direct understanding of how the other people perceive and feel things in their minds through the transmission of expressed words and expressions.
This will reduce and eliminate communication discrepancies, increase psychological safety, and promote mutual understanding in our fragmented world to create an inclusive society where people with diverse characteristics can work together, stimulate each other and grow together.
The loss of various opportunities in life has created social issues that include situations that make it difficult to balance work with childcare and nursing care, or the inability to participate in society even if one has the interest and drive to do so. By the year 2035, we will realize “Another Me”, an alter ego that coexists and grows with itself to address these issues. “Another Me” aims to improve emotional well–being, health and life satisfaction by enabling users to perceive many opportunities in life such as balancing work and family and participating in many communities at the same time while enabling many growth opportunities in personal experience and growth with Another Me to accelerate self–realization. Currently, Professor Yasuo Deguchi and Program–Specific Associate Professor Takuro Onishi of Kyoto University are collaborating on research themes to clarify the elements that will enable Another Me to become active as a person’s alter ego.
Increasingly complex social structures due to globalization and other factors, as well as increasing natural disasters and other uncertain events have made it difficult to see the impacts of individual actions or efforts on societies and natural environments, as well as the resulting feedback to the individual. Therefore, by using large–scale computation such as IOWN Photonic Disaggregated Computing *3, we are developing an “exploring engine for the future society” that will integrate various elements, such as individual behaviors, group activities, livelihoods, economic activities and the natural environment, to explore future societies that integrate these elements so that individuals can choose their desired actions and behaviors.
This will enable visualization of the impacts of individual actions and efforts on society and the natural environment, and also encourage many individuals to voluntarily act and cooperate to bring about the societies they want by seeking out the actions and cooperation to achieve the societies they want while thinking proactively.
The autonomy of the social and economic systems that are part of the global environment is not properly harmonized with the autonomy of the Earth’s environment, and therefore is causing environmental changes that are harmful to humanity. For example, although the global water and weather cycles are self–sustaining, the activities of social and economic systems have resulted in extreme weather events, water shortages and environmental pollution. The relationship between the global environment and social and economic systems must maintain an inclusive equilibrium autonomously. To address these issues, we will present a new inclusive autonomous equilibrium and multiple options for social and economic system transformation to lead to it. This will enable us to understand and predict, for example, the chain reactions between the water and weather cycles and the use of water and primary energy in social and economic systems, and enable us to present multiple options to transform social and economic systems to a mechanism that uses these resources while maintaining an inclusive autonomous equilibrium to enable continued use while preventing increased water stress and environmental pollution.
The research and development roadmap for achieving the four grand challenges is shown in Figure 6.
We will pursue R&D in accordance with the research and development roadmap indicated above in Section 3 to realize the four grand challenges we have set. The realization and utilization of large–scale computational resources is essential to proceed with these grand challenges. Therefore, we will promote the development of technologies to realize the large–scale computing environments required to meet these four grand challenges. We are also planning to develop technologies to realize the grand challenges and implement them in society through collaboration with partner companies in the IOWN Global Forum.
An overview of our efforts will be presented at NTT R&D Forum 2020 Connect (attached), to be held between November 17–20, in a live webcast entitled “Beyond Digital Twins – Digital Twin Computing” (November 18, 2020, 3:00–4:00 p.m.).
From Tuesday, November 17 to Friday, November 20, 2020, the NTT R&D Forum 2020 Connect will be held for four days under the concept of “Into the IOWN – Change the Future”. This year’s forum will be held online in view of the recent situation regarding novel coronavirus infections.
In this forum, we will introduce in an easy–to–understand manner, the latest research findings and initiatives, including key technologies to realize the IOWN (Innovative Optical and Wireless Network) initiative proposed in May 2019, use cases including the “Remote World” of the post–corona era as well as the vision of “Space Environment and Energy Laboratories” established for zero environmental impact.
Research and Development Planning Department
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