Search

© 2022 IEEE.Virtual Reality systems take an important place in training and rehabilitation of children with psychological problems. This paper proposes developing an Immersive Virtual Reality Training System in Unity software to enrich social interaction and communication skills for children with Autism Spectrum Disorder. Individuals with ASD have trouble with social interaction, adaptation to new surroundings and communication. In this system the behavior of the virtual trainer changes depending on the mood and actions of the patients. The face and speech recognition uses an integration of Artificial Intelligent algorithms with Virtual Reality in Unity software which is implemented in C# programming language. Virtual characters and objects of the training system are designed in Autodesk Maya software. Integration with Virtual Reality carried out using wireless VR headset Oculus Quest2. Earlier research works found that applications with virtual reality have the potential to provide useful clinical treatments for people with autism. The proposed VR Training system will be an innovative solution for the rehabilitation of children with Autism Spectrum Disorder. This system is offered to users with a high degree of interactivity and practicing various social situations in a safe and controlled environment. With the start of the COVID-19 pandemic, the integration of virtual reality training systems has become extremely important. The use of such high-tech solutions allows patients who need the treatment to receive therapy without leaving home. This development of the Immersive Virtual Reality Training System is the first experience of treating children with autism in Kazakhstan.

Additive technology is a fast-growing industry that is currently available to everyone. While in developed countries they enjoy the full benefits of 3D printing, in Kazakhstan, not many people know about the charm of its use. 3D printing in the world has developed in various fields of use, from furniture in your home to a heart made of biomaterials. Interest in 3D printing in Kazakhstan is also growing, and based on the development scenario in the world, you can make an assumption of how it will develop. Reading this analysis will help to make a summarize what stage relative to other countries is a developing country like Kazakhstan is located.

The analysis of the solution of the semi-empirical solution of turbulent diffusion in problems of polluting impurity transfer is carried out by Gauss approach. It is assumed that there is a certain occupied industrial point, which has one or several sources of the pollution, the arrangement of which is determined by coordinates x, y, z. For calculation of average impurity concentration from a point source the solution of semi-empirical equation by Gaussian function of impurity distribution, obtained by a method of Green's function was used. Furthermore, the normalization of the key parameters of the problem is carried out and the initial data are defined. By means of the obtained equation, the model of quantity assessment of the aerosol polluting substances arriving from a source with final and continuous duration of action is made. Thus, the considered computational and analytical model of methodology of assessing the concentration of polluting substances is applicable for applied problems of operational control of the condition of industrial region. Proposed model can be adapted to the air pollution monitoring robotic system.

the article proves the urgency of studying the models of the uranium mining process by the method of underground leaching, which will allow to evaluate the dynamics of the technological process. More and more attention is paid to the modeling of the process of underground leaching (ISL), with the aim of solving the problems of raising the effectiveness of the process under consideration. The problems of extraction of underground leaching are described, the current state and description of the technology, connection with management problems is very actual development of new systems using the simulation results of the ISL process in the control loop. The article considers that there is an optimal pressure on the pumping wells according to the chosen criterion. Models of searching for the solution of the required flow rate for a quench well providing the maximum productivity of the solution at the outlet are constructed. In the paper, the tasks of determining the initial hydrodynamic parameters of wells and seams after conducting special investigations of wells with the use of deep instruments and information measuring instruments are solved.

The article deals with the methodology and system of teaching physics in higher educational institutions such as the difficulties in teaching the section of electrodynamics. The factors that contribute to the emergence of these problems are described. New technologies in the teaching of physics, methods of physics and theory, and methods used are considered. On the issues of developmental learning in electrodynamics, we study: logical, theoretical, scientific and technical, dialectical thinking. This article describes the definition of electrical phenomena of nature, its understanding by students and application. In connection with the fact that the student does not understand the program of the first year and complicates the process of training mentors in the process of training, the problem of preparation in the section of electrodynamics is considered to be actual at the university. At present it is impossible to become a competent specialist, until new effective methods are applied. The aim of the students is to study an in-depth of electrodynamics.

Productivity of technological processes crucially depends on its continuity and absence of any malfunction. However, operating personnel should be trained for the cases of any emergencies and under conditions as close as it possible to real ones. That is why, companies require high quality training simulators. This paper is devoted to solve this problem, presenting a model of virtual training application (VTA). In this paper, taking into account the technical regulations, requirements to both workflow processes and training simulators, design of VTA is discussed. Moreover, by analysis of uranium in-situ leaching process, the application of this simulation technology is introduced in detail. Proposed model of VTA is designed to assist training operator personnel to understand and simulate the workflow of in-situ leaching process without acting on real system and without stopping workflow.

Nowadays virtual reality (VR) technology give us the considerable opportunities to develop new methods to supplement traditional physiotherapy with sustain beneficial quantity and quality of rehabilitation. VR tools, like Leap motion have received great attention in the recent few years because of their immeasurable applications, whish include gaming, robotics, education, medicine etc. In this paper we present a game for hand rehabilitation using the Leap Motion controller. The main idea of gamification of hand rehabilitation is to help develop the muscle tonus and increase precision in gestures using the opportunities that VR offer by making the rehabilitation process more effective and motivating for patients.

Results are presented for a study of vibration properties of coil spring steels. An original procedure is used for impact of lamellar specimens with a percussive hammer, where due to amplitude-dependent damping of vibrations steel is revealed with a reduced level of vibrations.

Aim of this article was to describe the role of 3D technologies in education. Thus, possible to understand why these technologies will help to promote the level of knowledge, and why they are needed. Whether, there are schools that teach to the same technologies in Republic of Kazakhstan. What advantages of education of 3D technologies are in?

The name of article speaks for itself — the weapon of the Kazakh Khanate of five main weapons used to create 3d game. The five main arms included: bow and arrow, sword, spear, axe and cudgel. You will be able to choose the form of the main weapons and each weapon depends on the individual map. Historical description about each weapon.

This article considers voiced reading. It is written with help of Android (java) program. In order to read text in Kazakh language its phonetic was researched. The best program for making this project from English programs is FBReader.