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Regarding the new trend to attract educational process for elementary and secondary school pupils the Department of Applied Informatics and Automation in Industry is permanently trying to implement new technologies via virtual scene. This virtual environment can be considered playing with knowledge or a serious game to be implemented into the teaching process.
In recent years, more and more people find traditional teaching methods are unable to meet the requirements of computer education in colleges which needs related experiments. In this work, we proposed a innovation teaching method based on robot project-driven and applied this method in the teaching process of embedded system course. We design a project named “Line Tracking”, which can be decomposed...
Using Instant Messaging to support e-learning will become important because of its instantaneity, speed, effectiveness and low cost. In this study, we developed an MSN robot to mediate and facilitate studentspsila learning. The studentspsila acceptance of the MSN robot and its effect on learning community identification and learning were investigated using the Technology Acceptance Model (TAM). The...
This works seeks to examine the basis for using a robot as a tabla tutor. It describes the difficulty associated with playing the tabla and the current methods of teaching. The argument is then put forward for the suitability of the concept. The present state of the project and eventual goal are also described.
A type of pipe welding robot system was studied. It recognizes and tracks the groove in two dimensions using one laser visual sensor. When the first layer seam is real-time tracked and welded, the groove information is memorized by robot, and the work of teaching robot is completed at the same time. Experimental results verify that the welding seam tracking can meet the needs of the automatization...
A virtual robot teaching system, consisting of human demonstration and motion-intention analysis in a virtual reality environment, is an advanced form of automatic programming for multi-fingered robots. We propose a new segmentation method to analyze human motion data. In this method, the human motion data consisting of contact points, grasped force, hand and object position, and the like are segmented...
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