Application Of Modern Information Technology Research Articles

Application and Analysis of Modern Information Technology in Fine Management of Hospital Medical Insurance

with the continuous development of science and technology and the arrival of the information age, modern information technology is more and more widely used in the fine management of hospital medical insurance. The importance of hospital medical insurance fine management can solve the problems and shortcomings of traditional human management hospital medical insurance and realize the fine management of medical insurance control fee. Therefore, it is necessary to pay more attention to the application of modern information technology in the fine management of hospital medical insurance, clarify the problems and shortcomings in the current application of information technology, and take targeted measures to solve them. Give full play to the role and value of modern information technology carrier, promote the sustainable and stable development of hospitals. Modern information technology has been continuously applied, which plays a key role that can not be ignored and greatly improves the overall quality of hospital medical insurance. This paper objectively analyzes the importance and effective way of applying modern information technology in the fine management of hospital medical insurance from different angles.

A Study on the Blending Mode of Translation MOOC and English Classroom Teaching

With the popularization and application of Internet in the field of education, English classroom teaching should also conform to the trend of the times and strengthen the application of modern information technology. In this regard, this paper explores the integration mode of translation MOOC and English classroom teaching, in order to fully meet the needs of contemporary students’ personalized development and promote their all-round development.

Innovation Research of Network Technology in Music Teaching Environment

Internet multimedia has brought great convenience to people’s life.The teaching method of vocal music is also challenged by multimedia with the development of network.Universities as an important base of vocal music talents training in China provide a large number of high-quality and high-level vocal talents for the society every year.According to the actual situation of vocal music teaching in domestic colleges and universities, there is still a certain lag in teaching methods and teaching concepts.The network era has brought abundant teaching resources and broadened the way of knowledge transmission. The application of modern information technology is changing the traditional teaching methods in Colleges and universities. This paper analyzes the problems and innovation strategies in vocal music teaching in Colleges and universities, expounds the specific reform measures of college vocal music teaching innovation, and puts forward that we should make full use of network technology, expand vocal music course content, change vocal music teaching methods, enrich vocal music teaching practice, promote the construction of vocal music curriculum database, and constantly improve students’ vocal music skills and comprehensive artistic quality.

Decision support system for energy wood production

An approach to the application of modern information technologies and mathematical methods to solve the problem of energy woodproduction and logistics technologies selection is described in the article. The general statement of the problem, the methodology, methodsand models used are given.A decision support system for energy wood production can evaluate and compare various technological schemes for the harvesting and processing of woody biomass to energy woodand identify the most effective choice At the operational level, the approach allows to optimize the current plans for the harvesting, initial processing and transportation of the energy wood for available production capacities, taking into account the commercial roundwood production providing at the same time. Proposed approach isa practical tool for ensuring profitability and sustainable growth of the energy wood production, which, will stimulate the development of bioenergy in Russia.

RegTech—the application of modern information technology in regulatory affairs: areas of interest in research and practice

SummaryWe provide a high‐level view on topics addressed in scientific articles about regulatory technology (RegTech), with a particular focus on technologies used. For this purpose, we first explore different denominations for RegTech and derive search queries to search relevant literature portals. From the hits of that information retrieval process, we select 55 articles outlining the application of information technology in regulatory affairs with an emphasis on the financial sector. In comparison, we examine the technological scope of 347 RegTech companies and compare our findings with the scientific literature. Our research reveals that ‘compliance management’ is the most relevant topic in practice, and ‘risk management’ is the primary subject in research. The most significant technologies as of today are ‘artificial intelligence’ and distributed ledger technologies such as ‘blockchain’.

Use of modern information and communication technologies in the process of preparation of future bachelors of motor transport

The importance of application of modern information technologies in the educational process of training future bachelors of road transport is outlined. It has been found that the use of computer tools makes the learning process more technological and effective. The focus is on the introduction of elements of computer-aided design in the educational process.

A Study of College English Culture Intelligence-Aided Teaching System and Teaching Pattern

College English teaching is supposed to cover both language acquisition and culture learning due to the close relationship between language and culture, taking cultural teaching as an indispensible part of college English courses. With the rapid integration of information technology and English curriculum, artificial intelligence has brought new opportunities to college English teaching, and college English cultural teaching methods are now faced with new innovations. In the age of intelligence, to promote teaching quality and learning effect, artificial intelligence technology can be embedded in English teaching practice, exerting its technical advantages and frontier characteristics. In consideration of integrated developing tendency of college English cultural teaching model and modern information technology, the paper is aimed to design and build up an intelligence-aided system so as to extend the depth and width of the application of modern information technology in college English cultural teaching as well as to exploit the great application potential of modern information technology in college English cultural teaching, thus opening a new way and presenting a direction for college English cultural teaching.

Application of Modern Information Technologies in the Formation of Collective Design Competencies on the Example of Group Management of Heterogeneous Robots

The subject of these studies is to propose an approach to the formation of collective design competencies in the new digitalization environment. The relevance of the task in various fields of activity is shown. It is noted that while the latest information technologies, which appeared in the era of universal digitalization, are not yet sufficiently applied to build the competencies of designers as part of collective activities, the training of specialists is mainly carried out as part of individual projects. The studies were conducted on the basis of the actual applied task of collective design of group control of heterogeneous robots. The unique relationship of the object (group control) and the method of its research (group parallel design) is noted. A connection is established between the features of the ongoing project of group control of robots and the formation of in-depth competencies in the training of specialists in robotics and mechatronics. New representations of functional models are formed taking into account the needs of new information technologies. Within the framework of parallel and compositional design technologies based on CDP4 ™- and System Composer ™, models have been obtained that implement functional schemes for group control of heterogeneous robots in two versions, suitable for use both for educational purposes to form team design competencies and for real projects.

Application of modern information technology in the design of underground mining

Application of modern information technology in the design of underground mining

MODEL PAYMENT ORDER IN THE SEPA SYSTEM

The process of modernisation, rationalisation and automation aimed at increasing productivity and cost-efficiency is not feasible without the continuous investment and application of modern information technology. Single Euro Payment Area (SEPA) is a single payment system in EUR, within and between the European Union (EU) member states and the European Economic Community (EEC). Performing payment transactions by manual or semi-automatic input (template) is time-consuming and includes a high probability of error. Development of a model for automating the execution of a payment order enables faster and errorless execution of payment transactions. This paper describes a platform for the exchange of digitised contents for payment orders in the SEPA system and methods used in the development of an automated system for the exchange of data with business banks. The paper presents the improvement in the execution of payment orders using the SEPA system and also offers directions for further development.

Izazovi u radu obaveštajnih službi u informatičkom dobu

The collection and analytical work of modern intelligence services faces numerous challenges because the environment in which the services operate is characterized by the need for rapid data collection, analysis and decision-making, almost in real time. When we consider security work, the growing dependence on modern information technology makes the information structure of services sensitive and "vulnerable" to information attacks. Also, the application of information operations as a form of performing secret actions has been updated. Information technology has also changed the relationship between the service and users, introduced the possibility of applying the "pull" architecture for obtaining information, which, in addition to the good sides, also brings certain challenges. Due to all the above, the intelligence services are adapting to the technological, organizational and cultural changes brought about by the information revolution. The paper reviews the challenges in the work of modern intelligence services, primarily from the aspect of the impact of mass application of modern information technology on operational and analytical work, as well as the application of secret actions in the work of services. The aim of this paper is to point out the numerous challenges that the information revolution brings to modern intelligence services. A comparative analysis of the presented research material leads to the conclusion that the services encounter new tasks and ways of functioning in all their activities, which ultimately raises the sensitive issue of their reform. The conclusion reached in this paper is that the reform of intelligence services in the "information age" is in any case necessary, but that its implementation should not be revolutionary, but must be carried out evolutionarily.

AUTOMATION OF DESIGN PROCESSES WHEN CREATING AND OPERATING SPECIAL CARS

The fundamental task of the modern engineer-creator of specialized automotive equipment (the study examines cross- country vehicles and equipment for the construction and maintenance of roads) is a competent and high-performance application of modern information technologies, as noted in the Government Decree of 2014 . The author of the article proposed a structured set of application of object-oriented information methodologies for solving problems of calculation and visualization when creating highly reliable vehicles equipped with long screw rotors . The methodologies of automation and computerization of design processes in calculating the dynamics of a machine (the creation of a competent design of vibration damping in automotive vehicles is one of the most important tasks of car builders) were considered and proposed at the end of the last and the beginning of the modern century by leading foreign and Russian authors [4, p. 53].Snow and swamp vehicles - so often called rotor-screw machines are equipped with long screw rotors [6, p. 23], the use of which significantly increases the cross-country ability of the machine [7, p. 135], but also increases the vibrational loads on the operator and passengers of the all-terrain vehicle. The creation of a methodology for calculating the oscillatory processes of these machines is devoted to the works of famous scientists of Russia . The proposed surveys are devoted to the use of modern information technologies to increase the speed and quality characteristics of calculation processes when creating comfortable and reliable special vehicles with rotary thrusters. Calculation programs are accompanied by video playback of machine units.The article proposes an original object-oriented system for studying dynamic vibration loading of machines with linear contact between the supporting surface and the propulsion. It is the uniqueness of rotor-screw machines that creates difficult conditions for the design engineers of these machines. Automation of complex calculations of the oscillatory system of these machines is an important task for Russian designers.

THE USE OF INTELLIGENT SYSTEMS IN THE TREATMENT AND DIAGNOSTIC PROCESS OF A TYPICAL MULTIDISCIPLINARY MEDICAL INSTITUTION

The treatment and diagnostic process, its tasks, parameters, evaluation criteria are considered. The basic medical technologies used in the provision of medical care to patients are defined. It is shown that increasing the efficiency of the treatment and diagnostic process is achieved through the use of modern information technologies and intelligent systems. The problem of optimization of medical and diagnostic process is formulated, criteria of efficiency of application of intellectual systems in the main directions of rendering medical care are defined. Set the main methodological approaches to the use of intelligent systems in the medical diagnostic process multidisciplinary medical institution, defined the performance indicators for multidisciplinary hospitals. The practical significance of the application of modern information technologies and intelligent systems in the treatment and diagnostic process is shown.

Analyzing the robotic behavior in a smart city with deep enforcement and imitation learning using IoRT

Smart City aims to develop an environment in which different things goes to different people. The smart city provides a core infrastructure by improving the status of the inhabitants by providing a smart environment by applying Smart Solutions. The Internet of Things (IoT) is a revolutionary concept which finds its way in many applications such as business, industry, healthcare, Transportation, modern Information Technology applications and many more. IoT combined with Artificial Intelligence (AI) can be applied to many day to day applications in superior systems like transportation, robotics, industrial, and automation systems applications. This research focuses on developing a robotic behavior control using the Internet of Robotic Things (IoRT) using deep learning for a Smart City. The IoRT is a promising standard that brings together autonomous robotic systems in the midst of the IoT vision of connected sensors and smart objects pervasively embedded in the day to day environments. Robotic behavioral control models the robot with the essential features to react with the immediate environment via sensory-motor links. Robotic behavioral control has a direct interconnection between the sensors and actuators and controls the functions necessary to move around the environment and carry out necessary tasks. This deep learning solution applied to the robotic behavioral control for robotic application uses two main paradigms: Deep Reinforcement Learning (DRL) and Imitation Learning (IL).DRL merges the concept of deep learning architecture using neural networks and Reinforcement learning algorithms to identify the behavior of the robots.IL focus on imitating human learning or expert demonstration for controlling the robot behavior. The behavior of the robot is monitored in a diner and its performance is estimated to be 92% in realtime

Modulation ferromagnetism in multiferroic BiFeO3 nanocrystals via bandgap engineering

In addition to electric fields and currents, light can also provide an approach to modulate the ferromagnetism with low energy consumption. BiFeO3, with features of relatively small bandgap and large polarization, provides an opportunity for investigating the optical modulation of magnetism. In this work, pure-phase BiFeO3 nanocrystals embedded in Al2O3 films are synthesized. It is demonstrated that the strain generated and accumulated during the growth process of BiFeO3 nanocrystals can lead to the modification of the atomic structure and thus produce a strain engineered bandgap. A distinguished light-modulated ferromagnetism is observed in BiFeO3 nanocrystals. Contributed by the strain engineered bandgap, the ferromagnetism of BiFeO3 nanocrystals can be modulated and enhanced more efficiently by light irradiation. It paves the way for modulating the ferromagnetic properties of BiFeO3 nanocrystals via bandgap engineering, which has promising applications in modern information technology.

Improving the hydrometeorological service of users based on application of modern information technologies

Improving the quality of hydrometeorological products and services for different categories of end users today is the most important task of the Hydrometeorological Service of Ukraine. Implementation of these measures involves a widespread use of modern technologies of hydrometeorological measurements as well as information and computing technologies such as Internet of Things, Big Data, Cloud Computing. The paper studies the current state and prospects of Internet of Things (IoT) application in hydrometeorological activities, particularly, in the work of hydrometeorological organizations of the State Emergency Service of Ukraine, in order to improve the quality of hydrometeorological products and services. Emergence of IoT became a new step in Internet and Web technologies use and ensured transition from static network to dynamic array of devices of all types and sizes employing electronics, software, sensors and network connectivity. It offers recommendations for intensifying the efforts aimed at implementation of this promising information technology into routine instrumental measurements, data collection and processing, as well as delivery of services to users. The recommendations present solutions to a number of technological, organizational and legal problems. Transition to a new technology should be carried out in stages and in the course of sensors and devices improvement, increase of speed and a reliability of communication channels. The most optimum solution may include a program-target approach based on a comprehensive program of development of the Hydrometeorological Service for the period of up to 5 years. This approach will make it possible to consider development of information technologies in a close relation with development of other activities of the Hydrometeorological Service: technical re-equipment of observation networks, improvement of the Hydrometeorological Service management as a whole and with regard to its separate units; strengthening its material and technical base, personnel potential etc.

Research on the Integration of Modern Educational Information Technology and Advanced Mathematics Teaching

The development and wide application of modern information technology have led to the improvement of the level of mathematics education in colleges and universities, and the new teaching mode of advanced mathematics teaching becomes more and more diversified and modern, which can not only enable students to experience information technology better, but also enable them to improve active consciousness at the same time when they participate in learning, and it also promotes the improvement of teachers’ teaching efficiency. Based on this situation, the author mainly takes modern educational information technology as the starting point in this paper, focusing on the integration and application of advanced mathematics teaching and modern educational technology in China.

Application of Modern Information Technology in the Mixed Teaching Model of Business Negotiation

The development of Internet technology has brought the technical support to teaching model change in classroom teaching process. In the new era and new background, mixed teaching mode emerges as the times require. The mixed teaching mode constructs the traditional face-to-face classroom teaching mode combined with modern network multimedia teaching mode, and realizes a new teaching and learning mode combining face-to-face teaching with digital learning. It realizes students' autonomy, initiative and creativity in the learning process, while teachers play the role of guidance, inspiration and monitoring in the teaching process. With the help of "Super Star Learning Link" and the application of "Business Negotiation" course, this paper explores to provide experience for classroom teaching reform by using the mixed teaching mode.

THE ROLE OF INFORMATION TECHNOLOGY IN THE IMPLEMENTATION OF LEAN CONCEPT

Achieving and strengthening competitive advantage represents the key factor for survival and success of the modern businesses. It is a fact that successful implementation of Lean management leads to increased productivity and competence. However, in order to maintain profitability and business stability, it is necessary to support Lean concept, which can be provided, above all, by the application of modern information technology. In that sense, by applying the ERP system, it is possible to adapt basic Lean principles to the requirements of a modern environment characterized by constant change of demand and needs of the consumers/users. The main goal of the research is to examine the existing level of application of modern information technologies, as well as the level of attention paid to the integration of Lean concept and software solutions in enterprises in the Republic of Serbia. Theoretical aspect of the research is related to finding appropriate grounds for concluding on the basis of the existing literature. In this paper, research gaps and proposed further research directions have been identified. By applying the appropriate statistical tools (descriptive statistics, cluster analysis, correlation analysis) it was finally concluded that the enterprises which have substantially implemented the practice and principles of lean management are at the same time those who implement IT in their business, i.e. the information systems which support the implementation of lean practice.

THE ROLE OF THE MODERN INFORMATIONAL TECHNOLOGIES IN THE ORGANIZATION OF THE DOCUMENTATION OF THE MANAGEMENT OF THE LIBRARY

Purpose of Aritcle. The purpose of the article is to determine the role of information technologies in the documentation system of the management activities of the library. Methodology. The research methodology consists in the application of the system approach, a set of such general scientific methods as informational, socio-communicative, analysis and generalization are used. Scientific Novelty. The scientific novelty of the work is about systematization of information about the application of modern information technology in the organization of documentation of the management of the library. Conclusions. In accordance with the above, we can conclude that the organization of documenting the management of the library is oriented on the use of modern information technology and network of various configurations, automation of control over the implementation of management decisions, replacement of a paper document with an electronic carrier of information, etc. The development of these tools necessitates the adoption of technical and programmatic solutions that implement the concept of data processing within the administrative structures of the divisions and the institution as a whole.