Development of Intelligent Robotics System for Automation of Japanese Pear’s Fruits Thinning Operation, Research Supervisor, 2020-2022.
Tomato Flower Detection in Backlight Condition, Research Supervisor, 2020-2022.
Development of Automation System for Japanese Pears Fruits Thinning Operation, Research Supervisor, 2020-2022.
Development of Automatic Navigation System for Mechanical Weeder in Cassava Field, Research Supervisor, 2020-2022.
Development of End Effector in Apple Picking, Research Supervisor, 2021-2023.
Research on Localization and Navigation System for Autonomous Vehicle Based on Visual-SLAM, Research Supervisor, 2021-2023.
Design of Navigation System for Transportation Mobile Robot for Agricultural Farms, Research Supervisor, 2021-2023.
Application of Field Robotics Techniques To Develop A Combination of Laser Scanner and RTK GPS for Multi-Crop Seeder, Research Supervisor, 2021-2023.
Developing Deep Learning Cloud Services for Wood and Bamboo Identification, Research Supervisor, 2021-2023.
Agricultural Field Work Evaluation Using Convolutional Neural Network from UAV Datasets, 2021-2023.
Development AI-based IoT Greenhouse Control System for Environmental Parameters, 2021-2023.
Application of Field Robotics Techniques Using UAV for Precision Agriculture to Minimize Drifts of Herbicides in Spraying, 2021-2023.
Development of an Automatic Irrigation Scheduling System for In-field Tomato Production and Evaluating Water Use Efficiency under Sub-Surface Drip Irrigation System, 2021-2023.
Development of Spray Nozzles Coverage Evaluation Methodology Using Computational Vision, Research Supervisor, 2021-2023.
Development of Automatic Navigation System of Agricultural Machinery Based on UAV with Image Recognition
Nakamura Taise. Development of Automatic Navigation System for Weeders in Paddy Fields, Research Supervisor, 2021-2023.