6 research fieldsCyber Physical SystemSmart MobilitySmart Energy15This area of research covers sensing and network technologies that acquire and collect data from the physical world, AI analysis technologies that derive predictions and knowledge from data, and control- and robotics technologies that project these findings into the physical human world, as well as the advancement and social implementation of various cyber-physical systems that meet social demands.Working toward the realization of smart societies in which cyberspaces and physical spaces are closely linked, this research area addresses topics related to practical scientific approaches in collaboration with other research fields, including AI field image analysis for smart agriculture, transportation infrastructure monitoring in disadvantaged areas, sampling robots for environmental assessments, and human enhancement interfaces for remote rehabilitation.This research area analyzes AI big data that combines various spatiotemporal realtime information transmitted and collected from moving objects, ranging from cars and public transportation to pedestrians, as well as historical data on driving behavior, traffic jams, CO₂ emissions, accidents, and disasters. It also examines systems and planning for mobility associated with socially optimal solutions for regional economic development and quality of life improvements.Through interdisciplinary collaboration with other research fields, this research area addresses topics related to practical scientific approaches, including MaaS system development in collaboration with regional medical care, operating sustainable modes of transportation using biofuels, and the development of methods for achieving consensus in policymaking based on traffic flow simulations.This research area covers energy control and planning that can generate socially optimal solutions with the aim of improving regional economic development and quality of life, by improving the efficiency of energy usage systems, converting and storing fluctuating energy, effectively using biomass energy, and understanding energy and environ-mental issues from a social science perspective, in order to achieve carbon neutrality in terms of energy use.Through interdisciplinary collaboration with other research fields, this research area addresses topics related to practical scientific approaches, including the development of energy fluctuation absorption systems linked with MaaS systems by electric vehicles, local systems for production and consumption of nitrogen fertilizers linked with solar sharing, and the development of methods for achieving consensus in policymaking based on low environmental impact energy use simulations.Graduate ProgramsThrough education in cross-disciplinary fields in which all four graduate schools of Hiroshima University closely collaborate and cooperate with each other, we aim to develop cross-disciplinary global human resources who can play a key role of the international expansion of Society 5.0 and the realization of a smart society, which is a human-centered society that integrates the cyberspace and physical space in a sophisti-cated way, to flexibly respond to social issues among diverse human societies from the range of the entire earth to local communities. Advanced fusion of cyberspace and physical spaceRealization of a human-centered societyGraduate SchoolInnovation and Practice forSmart Society
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