We have an oral presentation at HCII2023 (25TH INTERNATIONAL CONFERENCE ON HUMAN-COMPUTER INTERACTION) "Road Scene Risk Estimation using Driving Video", Masafumi Kishimoto, Masaaki Iiyama
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Computer Vision & Pattern Recognition Laboratory
Research Fields
FishTech
“FishTech” is a new technology which is a collaboration with fishery science, ocean science and informatics. Our goal is to develop FishTech for sustainable fishery which balances economic efficiency with resource management. We develop a new pattern recognition and data assimilation technology which employ domain knowledge of ecology of fish and oceanography, and analyze environmental data acquired in a process of fishing activities. Our technology supports short-term and long-term fishing operation providing suitable fishing spots, oceanographic conditions and fishery management plans.
3D Shape Reconstruction under Participating Media
3D reconstruction is a technique to reconstruct an object’s 3D shape from 2D images captured with cameras. This technique can be utilized for a variety of applications such as self-driving vehicles and AR/VR technology. We develop 3D reconstruction techniques in participating media. For example, the contrast of an image captured under murky water, fog, or smoke is corrupted by scattered light due to suspended particles. 3D reconstruction techniques in such environments enable various applications in the real world.
Smart Tourism
Smart tourism that provides real-time and personal information support to tourists is emerging. In this research, we are studying technologies that can contribute to solving social problems such as over-tourism and disaster prevention by providing appropriate information to tourists by estimating and predicting the condition of them from sensor information such as GPS.
DeSET
This research aims to accelerate the creation of detailed bathymetric charts. In this research, treating bathymetric charts as digital images whose pixel values represent ocean depths, we proposed to use superresolution, a technique to enhance image resolution, to estimate fine bathymetric information from coarse observation data. This approach enables us to make full use of existing data and minimize new observation, thereby realizing efficient mapping of seafloor details.
Latest Activities
We have an oral presentation at IEEE Oceans 2023 Limerick. "Fishing Ground Estimation using Deep-learning-based Keypoint Detector", Shuma Nakata, Kazuki Takasan and Masaaki Iiyama
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Our paper "Deep learning models to predict sea surface temperature in Tohoku region" is accepted by IEEE Access. It's a joint work with Dr. Kalpesh at JAMSTEC.
https://ieeexplore.ieee.org/document…
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Our website has been renewed for the first time in 16 years (last time was 2006...).
We switched from typing HTML in a text editor to using a static site generator, Gatsby.
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