JEMARO intake 3 students defend their thesis at Keio University
On July 30th, the 22 students from the third JEMARO intake defended their thesis at Keio University.
on July 30, 2024
And that's a wrap! After having spent two years on the master's programme, the third generation of JEMARO students finished their studies with a thesis defense held at Keio University, Japan, on July 30th.
The 22 students, from various backgrounds and nationalities, arrived in Japan in September 2023. During their first semester, they followed Japanese and elective courses at Keio University while starting to work on their research within one of Keio laboratories. Their second semester was dedicated full time to research, co-supervised by a Japanese and European professor.
With different interests and research objectives, each of the 22 students defended their work after a 2-year long Research Track.
The 22 students, from various backgrounds and nationalities, arrived in Japan in September 2023. During their first semester, they followed Japanese and elective courses at Keio University while starting to work on their research within one of Keio laboratories. Their second semester was dedicated full time to research, co-supervised by a Japanese and European professor.
With different interests and research objectives, each of the 22 students defended their work after a 2-year long Research Track.
The thesis titles of this third intake were:
- Analysis of Long-Term Dynamic Prediction Accuracy in Free-Floating Space Manipulators Using Probabilistic Neural Networks with Time Window Input
- Decoupling Motion and Force in Human Finger Movements Using Surface Electromyography for Enhanced Motion-Copying Systems
- Advanced Learning Algorithm for Robotic Grasping with a1-DOF Gripper Using Adversarial Inverse Reinforcement Learning: Exploring Data Efficiency and Perfomance
- Integrating 2D/3D Vision and Deep Learning for Autonomous Robotic Watermelon Harvesting
- Machine Learning of Wi-Fi Multi-Path Fingerprints for Accurate Indoor Localisation
- S3 (Stable Stride on Sand): Enhancing Reinforcement Learning for Optimised Deformable Terrain Locomotion of Quadruped Robots
- Brain Activity Analysis on Virtual Stress Induction with a Space Accident Scenario
- Motion Control of a Knee Exoskeleton Using Active Disturbance Rejection Control
- Autonomous Control of Motorcycle Using Gyroscopic Effect
- Conception and Prototype of a Soft Pneumatic Artificial Muscle Suited for Space Environment
- Alumina Fabrication with High Gravity Powder Bed Fusion
- Adaptive Task Planning in Home Assistant Robots: Integrating Language and Vision Models for Scene Understanding
- Optimization of Electrical Discharge Machining Process Through Electrode Rotational Speed Control
- Manipulating Eye Alignment with Dichoptic VR-based Feedback Training
- Interrupt Based Abrasive Paper Change for Real Time Robot Polishing Applications
- From Pixels to Actions: Improviing Human Activity Recognition with Depth and Pose Data from Thermal Cameras
- Smith Predictor Based Communication Delay Compensation for Platooning of Connected Autonomous Vehicles
- Computer Vision for Precision Weight Estimation for Broiler Chickens
- A Study on the Loss Function to Handle Imbalanced Data for Multicolor Cell Segmentation
- Dynamic Analysis for Slope Traversability of Overactuated Mobile Robots on Sandy Terrain
- Estimating Rotation of Laparoscopy Using a Homography Matrix for Navigating Scopists
- An Approach to Advanced System Design of Bi-copter AUV
