Research & Staff
Research & StaffResearch & Staff｜Staff List｜Society & Humanity｜Spatial Planning & Design｜Water & Material Cycle｜Spatial Information
Program of Spatial Information Science
Sensing, Simulation and Services
Monitoring space, environment of cities and regions, how people, vehicles are moving there. Knowing the present, accumulating the past and foreseeing the future are what we want to realize. Sharing the ultimate "dynamic map" will contribute to making our space and environment safer, more efficient and sustainable. In addition, embedding memories there may help make space more impressive and enjoyable. While developing "eyes of god", information on Me have to be managed by myself and used for myself. Approaching society, environment and people based on spatio-temporal information; this is an attitude underlying our research activities.
Prof. TAKAHASHI Takaaki
Urban and Regional Ecoomics
I study, from the viewpoint of spatial economics, what forces determine the locations of economic activities. Current topics include:
(1) research on the provision of public services by regional governments - discusses the economic implications of the strategic competition among regional governments who provide public goods or services.
(2) research on the interdependence between economic geography and transportation - discusses the effects of the location of economic activities upon the mode of transportation adopted in an economy.
(3) research on the trade-off between manufacturing activities and transportation - discusses the allocation of resources between the two activities, in particular, its mechanism and implications on the social welfare.
Prof. SEZAKI Kaoru
Location-based Service, Mobile Ad-hoc Network
Our laboratory aims at constructing an architecture for flexible context aware services, where numerous sensors and computers are provide in the buildings, business district or greater areas, and where intent of users are proactively recognized and their activities are properly and comfortably supported. The related research field includes the techniques for the identification of physical location, flexible and efficient dilvery of information to human being using the environmental information aquired by sensors and positioning devices and the innovation of flexible and user friendly multi modal interfaces. Though not mandatory, those who would like to join our laboratory should have the basic knowledge of information and communication engineering.
Prof. SADAHIRO Yuikio
Spatial Information Analysis
My major interest lies in the analysis of human-environment system by using spatial information science. A big question is “How do natural. social, cultural, linguistic, and economic environments determine human life?” Topography seems quite influential on city form in Japan, while US cities are designed almost independent of topography. Our shopping behavior depends on the distribution of retail stores and traffic network, while the former depends on population distribution. Analysis of the human-environment system permits us to find a better relationship between environments and human beings. Along with analysis, I am also interested in decision-support systems based on spatial information science. Examples include an interactive decision-support system for school relocation and a route planning system for sightseeing of foreign visitors.
Assoc. Prof. HAYAKAWA Yuichi
Geospatial Information Analysis
My current research explores landform evolution and geomorphological processes using Geospatial Information System (GIS), Global Navigation Satellite System (GNSS) surveying, airborne and terrestrial laser scanning (ALS and TLS), structure-from-motion multi-view stereo photogrammetry (SfM-MVS), and rock property measurements. Major focus of my research is on, but not limited to, knickzones (namely knickpoints and waterfalls) in bedrock rivers. My research interest also involves geoarchaeological examination of palaeoenvironments, with particular emphasis on impacts of landforms on human activities and human-induced changes in landforms for study areas of archaeological sites in and around Anatolia and the Middle East. These techniques related GIS and geomorphology are also being applied to modern urbanized areas.
Lect. KOBAYASHI Hiroki
Animal Computer Interaction
Our relationship with nature is constantly evolving to maintain human civilization. And yet, nature is being destroyed in the process of urbanization. The environmental movement, which promotes conservation areas for preservation purposes, has ironically increased the demand for tourism in these areas and thus accelerated the speed of environmental destruction. Nevertheless, a sense of connection with nature is indispensable for emotional balance. Japanese Zen Buddhism, for example, encourages deep meditation in order to achieve a sense of being at one with nature. Distancing ourselves from the technologies of modern life and evoking the beauty of nature can help us slow down the pace of daily life. The sounds of singing birds, buzzing insects, swaying leaves, and trickling water in a beautiful forest implicitly imprint the beauty of Nature in our minds. When we are emotionally stressed, recalling the beauty of nature can the help us recover a sense of well-being. Therefore, it is necessary to establish a concept, a method, and an interface, Sustainable Interaction with Ecosystems, by which we can achieve a feeling of belonging to nature without causing environmental destruction and in which human and nature can coexist. This study is not intended to propose a solution to any one single problem. Rather, it proposes a new view of Human Computer Biosphere Interaction (HCBI) based design and interfaces to support our future society in a multidisciplinary approach.
Lect. KUSAKABE Takahiko
Transportation Network System, Human Behavior Analysis, Mobility Analysis
Recent advances of information technologies (such as IoT: Internet of Things) enable us to collect massive dynamic spatial information relating to human and automobile behavior. These technologies are expected to be applied to designing and improving urban and regional mobility in order to realize sustainable, safe and environmental efficient society. Specifically, our study topics are to develop methodologies for implementing such advanced technologies for urban transport network system analysis and travel behavior analysis, by using datafusion, datamining, and machine-learning methods.
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