Daiki Satoi's research while affiliated with University of Tsukuba and other places

Publications (4)

Article
We propose a unified motion planner that reproduces variations in swimming styles based on the differences in the fish skeletal structures or the variations in the swimming styles based on changes in environmental conditions. The key idea in our method, based on biology, is the following. We considered the common decision-making mechanism in fish t...
Conference Paper
We propose a new communication system by which niche people can obtain cross-cutting information and communicate with other people based on each personality. The system graphically displays the degree and direction of other people’s hobbies who are interested in the keyword niche people input, and relation between the knowledge e.g. movies, music,...
Conference Paper
In this paper, we propose a computational model to generate life-like motion for firefly-like creatures. By using a two-stage stochastic process and simple operational elements, we could generate various life-like motion patterns. Then, we incorporated these patterns in our animation system, where virtual fireflies move and emit light dynamically....

Citations

... Tu and Terzopoulos [1994] proposed a fish simulation with perception, cognition and muscle based locomotion. LINDSEY [1978] defined 12 types of locomotion in fish, and Satoi et al. [2016] incorporated this definition and proposed a controller which automatically selects a type of locomotion based on a desired target behavior. simulated consensus decision making based on experiments using a small group of fish and showed that the decisions of a group depend on the distribution of informed individuals and uninformed individuals. ...