We proposed a mobile robot incorporating a robotic arm to achieve multiple tasks based on a visual sensor. By developing the robotic arm using AX-12 motors, an intelligent mobile robot arm can be established.
Design and Implementation of Cross-Floor Document Delivery Robot
We propose a design and implementation of a document delivery mobile robot, which is capable of navigating in a known environment and taking elevator by a webcam and robotic arm.
High Performance Visual Simultaneous Localization and Mapping based on a Single Camera
We propose an improved version, called Rapid Operation SLAM (ROSLAM), which uses the convergence of the particles to decide whether the current measurements should be used to update the robot’s pose or not.
Adaptive Computational SLAM Incorporating Exploration Strategy and Path Planning for Mobile Robots
We propose a modified version for FastSLAM called adaptive computation SLAM (ACSLAM). To improve the computational efficiency, ACSLAM uses the effective sample size (ESS) to decide the number of particle for the next generation.
Design and Implementation of Object Following Control of Two-Wheeld Self-Balancing Robots
Because the two-wheeled self-balancing mobile robot possesses the highly non-linear and time-varying characteristics, the proportional–integral–derivative controller (PID controller) and fuzzy controller are used such that the robot achieves the object following control.
Research Achievement (HOT)
* 3: First day of summer programs of the MDCEP
* 3-7: On-line course add/drop for summer programs of the MDCEP
* 31: End of the spring semester