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Research Area
Intelligent Embedded Software Architecture for Service Robots
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Control Software Considering Concurrency and Synchronization in Python
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3D SLAM and Navigation utilizing ROS2 packages
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AI-based Object Detection and Facial Recognition
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Deployment on low-power embedded systems (Jetson Xavier NX)
Real-time Control System for Multi-axis Robots
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Real-time Linux (Xenomai, RT-Preempt) and open-source EtherCAT Master Control System
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Collaborative Robot Kinematics and Dynamics based on ROS2
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Synchronization mechanism for teleoperated robotic system
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Deployment on various Intel/ARM Embedded Systems
Real-time for Embedded AI / AI for Real-time Embedded Systems
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Integration of High-level Computer Languages (Python, Rust, etc.) to Real-time Systems
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Dynamic Task Scheduling for Deep Learning / Reinforcement Learning Systems
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Optimization of Edge Computing Devices
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