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Opportunities of mivar-based approach for robots have been analyzed. Mivar-based method of rapid logical inference for calculating random algorithms of service robot functioning has been tested successfully. The logical model of office robot-guide functioning with the application of mivar-based method of rapid logical inference in the software environment “KESMI” (Wi!Mi 1.1) has been developed. Formalized map of the office for service robot has been described in mivar matrix, 63 objects for 100 rules. Simulation of robot functioning in the software environment V-REP has been performed.

The paper considers the process of designing algorithms for solving physics problems on the basis of mivar approach. The work also describes general principles of mivar theory. The concepts of parameter, relation and class in mivar space are considered. There are descriptions of properties which every object in Wi!Mi model should have. An experiment in testing capabilities of the Wi!Mi software has been carried out, thus the model has been designed which solves physics problems from year 8 school course in Russia. To conduct the experiment a new version of Wi!Mi 2.1 software has been used. The physics model deals with the following areas: thermal phenomena, electric and electromagnetic phenomena, optical phenomena.

In this article different three-dimensional modeling technology (3D) have been analyzed. These technologies are important as they are extensively used in various fields: research, filmmaking, interactive entertainment, industry, etc. It has been shown that three-dimensional modeling is needed to create qualitatively new mivar intelligent systems, including pattern recognition. A comparison of three main technologies for creating three-dimensional objects (3D objects) was carried out: manual object creation; automatic image-based creation of an object and 3D laser scanning. These technologies allow one to create quickly and accurately the required three-dimensional model of an object.