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Go Sakayori
Go Sakayori
Ph.D. student in Keio university
Verified email at keio.jp
Title
Cited by
Cited by
Year
Energy efficient slope traversability planning for mobile robot in loose soil
G Sakayori, G Ishigami
2017 IEEE International Conference on Mechatronics (ICM), 99-104, 2017
192017
Energy-aware trajectory planning for planetary rovers
G Sakayori, G Ishigami
Advanced Robotics 35 (21-22), 1302-1316, 2021
112021
Vehicle control device and control method
G Sakayori, T Kaneko, M Imai, N Tashiro
US Patent 11,370,442, 2022
42022
Power-synchronized path planning for mobile robot in rough terrain
G Sakayori, G Ishigami
International Symposium on Artificial Intelligence, Robotics and Automation …, 2016
22016
Mobile object control system
G Sakayori, J Takahashi
US Patent App. 17/640,888, 2022
12022
Vehicle Control System
G Sakayori, J Takahashi, K Maeda, S Kasai
US Patent App. 17/595,271, 2022
12022
隊列走行に対する G-Vectoring 制御の適用検討
髙橋絢也, 酒寄剛, 前田健太
自動車技術会論文集 50 (5), 1383-1389, 2019
12019
Movement control support device and method
H Yamada, N Hasejima, G Sakayori, T Ogata, K Katsuta
US Patent App. 18/030,783, 2024
2024
Steering control device and steering control method
G Sakayori, J Takahashi, H Nakano, T Fujibayashi
US Patent 11,858,574, 2024
2024
Modeling of slip rate-dependent traversability for path planning of wheeled mobile robot in sandy terrain
G Sakayori, G Ishigami
Frontiers in Robotics and AI 11, 2024
2024
Steering Control Device
G Sakayori, K Maeda, T Fujibayashi, H Sonoda
US Patent App. 17/791,250, 2023
2023
Steering control device and steering control method
G Sakayori, T Fujibayashi, H Sonoda
US Patent App. 17/761,340, 2022
2022
Steering control device and steering control method
G Sakayori, H Nakano, Y Hasegawa, T Fujibayashi, J Takahashi
US Patent App. 17/416,126, 2022
2022
Traffic Flow Control Method at Intersection by Electronic Token
K Katsuta, K Maki, T Ogata, N Hasejima, G Sakayori, J Takahashi
Transactions of Society of Automotive Engineers of Japan 51 (5), 2020
2020
機械と土壌の相互力学に注目した建設ロボットの高精度シミュレーション―マクロアプローチに基づいた掘削力学モデルの構築と実験的評価―
米山龍太, 大村拓也, 酒寄剛, 尾崎伸吾, 石上玄也
ロボティクス・メカトロニクス講演会講演概要集 2017, 2A1-Q08, 2017
2017
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