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Faculty of Engineering, Department of Electrical & Electronics Engineering
- Lecturer
- Hiroshi OHTA
- Research Field
Computer Application
- Keyword(s)
Image Processing, Image Recognition, Deep Learning
- Research theme
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- Motion estimation from image sequences
- DNN-based anomaly detection
Outline of research activitiesGlobal motion in images arises with video camera movement. Estimation of global motion is required for image stabilization, image coding, moving object detection, and so on. We develop a fast and accurate method to estimate global motion from an image sequence that contains moving objects (local motion).
- Desired cooperation
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- Video image processing system
- Anomaly detection using image processing
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Faculty of Engineering, Department of Electrical & Electronics Engineering
- Lecturer
- Mitsufumi KURITA
- Research Field
Solid state ionics
- Keyword(s)
Ionic conductor, Spectroscopic analysis
- Research theme
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- Properties of matter study of the ionic conductor
Outline of research activitiesI perform the spectroscopic analysis in the ionic conductor and the applied study (ionics, photoionics, hydrogen storage material etc.) using it.
The major contents related to the research are shown in the following:
(1) Optical characteristic (refractive index, optical absorption) of the superionic conductior glasses (SICG).
(2) Infrared absorption of perovskite-type proton conductor.- Desired cooperation
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- Research and development of hydrogen storage material and photoionics.
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Faculty of Engineering, Department of Information & Computer Engineering
- Lecturer
- Tetsuya ODA
- Research Field
Wireless Networks, Intelligent Algorithms
- Keyword(s)
Wireless Mesh Networks, IoT, Content-Centric Network, Deep Reinforcement Learning, Genetic Algorithms
- Research theme
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- Implementation of Wireless Content-Centric Mesh Network Testbed
- Application of Wireless Mesh Network for Robotics
Outline of research activitiesWireless Mesh Networks (WMNs) are attracting a lot of attention from wireless network researchers, because of their potential use in several fields such as collaborative computing and communications.
In my current works, improve WMN performance, implementation of Content-Centric Network for adhoc environment, implementation of distributed processing platform for low-powered computer, etc.- Desired cooperation
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- Development of Low-powered Conputer based Swarm Robot
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Faculty of Engineering, Department of Information & Computer Engineering
- Assistant professor
- Nobuyuki KAWABATA
- Research Field
Information network, Web informatics and service informatics, Cognitive science, Intelligent robotics
- Keyword(s)
System development and operation, Database, Self-organization, Neural network
- Research theme
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- System monitoring method by neural networks
- Development of self-evolving modular-network
- Application of IT to niche fields
Outline of research activitiesArtificial intelligence has regained a lot of attention with the emergence of deep learning. However, I am concerned about the problem of disadvantaged people, such as the digital divide.
I study methodologies for introducing IT into niche fields.
Additionally, I develop self-organization algorithms for practical applications.- Desired cooperation
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- Utilization of IT in the local community
- Smart agriculture, forestry, and fisheries
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Faculty of Engineering, Department of Information & Computer Engineering
- Assistant professor
- Taku ITO
- Research Field
Computer Architecture
- Keyword(s)
Parallel Processing, Computer Architecture
- Research theme
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- Connection toplogy of plural processors
- System cost and performance evaluation
Outline of research activitiesEvaluation of calculation performance and cost of computer system construction, diversifying from small-scalle to large-scale. Parallel computation as means of high speed and efficiency.
- Desired cooperation
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