Improved Monte Carlo Localization with Robust Orientation Estimation for Mobile Robots and Its Realization on Single-Board Computer
July 2014
We propose an improved Monte Carlo Localization algorithm with robust orientation estimation (IMCLROE) by incorporating an orientation estimate and weight calculation mechanism to determine an optimal orientation for particles and a particles size balancing mechanism to regulate the number of particles for position tracking and global localization.
FPGA Realization of an Improved Ant Colony Optimization Algorithm for Path Planning
July 2014
To further reduce the computation time, the improved ant colony system algorithm for path planning is realized on FPGA circuit using a DE2-70 multimedia development board to verify the practicability of the proposed algorithm.
Computationally Efficient Algorithm for Visual Simultaneous Localization and Mapping
July 2013
We present an enhanced architecture for FastSLAM called computationally efficient SLAM (CESLAM), where odometer information is considered for updating the robot’s pose in particles.
A Dynamic Obstacle-Avoidance Path Planning Using A Single Camera for Mobile Robots
July 2013
Monocular image-based local collision-free path planning for autonomous robots is presented. Our proposed method can not only easily identify obstacles and wall edges, but also estimate the distances and plan a collision-free path.
2013 Research Achievements Press Conference
May 2013
To detect a ramp and guide a tracked robot to complete the ramp-climbing task in an unknown environment, four tracked robot control modes are proposed. The modes are the exploration mode, aligning mode, calculating the tilt angle mode, and climbing mode.
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Research Achievement (HOT)
NTNU Calendar
January 2024
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* 1: Founding Day of the Republic of China
* 8-11: Stage 1 course selection
* 22-24: Stage 2 course selection