Information Innovative Technologies: Materials of the International scientific – рractical conference.
The materials of The International Scientific – Practical Conference is presented below. The Conference reflects the modern state of innovation in education, science, industry and social-economic sphere, from the standpoint of introducing new information technologies.
It is interesting for a wide range of researchers, teachers, graduate students and professionals in the field of innovation and information technologies.
The report discusses the application of simulation modeling to dependability prediction of the restored equipment. A formal model is described that allows forming time diagrams of the states of both the components and the equipment as a whole. It is shown that the use of such a model allows us to estimate the availability function and the mean restoration time of the equipment if the law of the distribution of the restoration time of the components differs from the exponential one.
This article deals about the analysis of works devoted to the issue of contact radio interference and the assessment of their impact on the device was carried out. This analysis was carried out as a preparatory stage for conducting a study to assess the impact of contact radio interference on a communication radio engineering system. An interface has been developed that allows the calculation of the module and phase of the electric contact transmission coefficient model for the inductive, capacitive branch and the full transmission coefficient model.
The article presents the results of research on the creation of a device for monitoring the radiation background of the environment. A distinctive feature of the developed device is its compactness and high reliability of results. The device registers ionizing radiation and, via a USB port, transmits the processed information to a personal computer or laptop to obtain amplitude spectra of ionizing radiation for the purpose of their further processing and interpretation.
Mobile devices have large distribution across the world. Almost everyone has either a tablet or smartphone. Thus, applications for mobile operating systems are useful in solving a variety of problems. For instance, MIEM HSE has several online services, which can be accessed with applications. However, it is unnessesary to develop separate programs for each new service. This paper is being carried out as a comprehansive solution to develop a project based on a client-server architecture. Goals of this work are designing a suitable client app "MIEMApp" and servers.
This article presents a hardware-software complex for monitoring a LAN with voice audio notification of unauthorized access, developed and used to protect a local area network from unauthorized access. The process of designing a device, the choice of the main components of the device, the selection of auxiliary functional modules, the choice of the system software part and the development of the applied software part of the device are considered. A brief overview of the capabilities of the developed device is carried out.
Nowadays studying online is becoming commonly used in many universities but there are not so many tools to do it effectively. The possibilities of some public online services do not always satisfy all narrowly focused requirements that are necessary for studying process at universities. The goal of this project is to create a service that makes testing easier for teachers and provides quick and detailed feedback to the students. This program is developed on the basis of Google technologies which meet the necessary requirements. We offer a program that may be easily implemented in the studying process and is universal for different courses.
This paper proposes an autograding system implemented as a web application which is based on graphical editor draw.io for engineering courses in National Research University “Higher School of Economics”. The introduced system includes automatization of typical actions, interactive feedback, user interface for library generation based on Google Sheets, opportunities for setting task conditions and integration with the University s learning management system. The introduced approach to grading of draw.io schemes is based on analyzing the schemes saved as XML string. The developed application can be used for autograding students assignments to make the process of education more efficient.