Human robot interaction represents a critical factor in the design of personal robots as well as in the implementation of robot behavior and control.
"Interesting", "familiar" and "comfortable" emotion value seems to be an important aspect for the implementation of robot as their therapeutic learning approach.
The paper describes implementation of mobile robots programming process with Robot Operating System (ROS) in student robotics courses.
This presents a hardware platform and a programming environment for the design, analysis and implementation of industrial robots.
Using two-part polyurethane foam is expected to be beneficial in the implementation of real robots, since the material solidifies completely in a few seconds.
It should be emphasized, that the key scientific and technical problems and its' decision, presented in the paper, were to find optimal decomposition and standardization of software/hardware and construction of the required software ("middleware"), implementation of mobile robots.
Significantly, this will also cause risks to workers and environment, which has led engineers to explore the use and implementation of mobile robots (MR), in order to reduce or eliminate such risks concerned with safety issues.
The task of understanding human pain concept and its implementation on robots plays a dominant factor in allowing robots to acquire this social skill.
The implementation of this robot was the theme of "NERC 2010".
Details of the design and implementation of the robot are discussed.
