Substantiation of Approaches to the Analysis and Assessment of the Effectiveness of Participants in the Implementation of Diversifcation Programs.

Purpose: of the article is to substantiate conceptual approaches to the formation of a toolkit for assessing the effectiveness of participants in the development and implementation of diversifcation programs for enterprises of the military-industrial complex in the context of digital transformation of management.Methods: the research methodology is based on general economic approaches to studying the problems of the efciency of economic activity of economic entities and special approaches to the formation of complex systems for analyzing and assessing the effectiveness and efciency of the activities of project management participants in the process of developing and implementing programs for the diversifcation of the defense industry. The basis of the methodology is the concept of performance management in the context of digital transformation of management.Results: the article presents the key provisions and the main results of the study, obtained on the basis of studying the materials of scientific publications and open information sources in the subject area under consideration using the methods of logical, content and statistical analysis. Based on the specifcs of diversifcation programs, it is proposed to use the provisions of the performance management concept as a theoretical basis for the formation of a tool for assessing the activities of their participants. An integral multiplicative criterion of efciency for a comprehensive assessment of activities is proposed. It is built on the indicators of fve aspects of assessing the performance of participants in diversifcation programs. These aspects assess the completenes s of the organizational and methodological support of the diversification process, the consolidated effectiveness and efciency of the program activities, the quality of management, as well as the fnancial security of the implementation of the diversifcation program activities.Conclusions and Relevance: a scenario approach to substantiating the parameters of the incentive mechanism in the model of coordinated activity of the participants in the implementation of the diversifcation program is proposed, which takes into account the assessment of its commercial parameters. The results presented in the article are useful in the development of methodological support for assessing the effectiveness and organizing incentives for participants in diversifcation programs in the context of the formation of a digital ecosystem for managing enterprises of the military-industrial complex.

Industrial analytics – An overview

The digital transformation generates huge amounts of heterogeneous data across the industrial value chain, from simulation data in engineering, over sensor data in manufacturing to telemetry data on product use. Extracting insights from these data constitutes a critical success factor for industrial enterprises, e. g., to optimize processes and enhance product features. This is referred to as industrial analytics, i. e., data analytics for industrial value creation. Industrial analytics is an interdisciplinary subject area between data science and industrial engineering and is at the core of Industry 4.0. Yet, existing literature on industrial analytics is fragmented and specialized. To address this issue, this paper presents a holistic overview of the field of industrial analytics integrating both current research as well as industry experiences on real-world industrial analytics projects. We define key terms, describe typical use cases and discuss characteristics of industrial analytics. Moreover, we present a conceptual framework for industrial analytics that structures essential elements, e. g., data platforms and data roles. Finally, we conclude and highlight future research directions.

AUTOMATION OF CONSTRUCTION OF A SCHEME FOR SOLVING COMPUTE- INTENSIVE PROBLEMS OF MATHEMATICAL PHYSICS ON SUPERCOMPUTERS

В статье представлен подход к разработке информационно-аналитической системы, помогающей исследователю решать вычислительно сложные задачи математической физики на суперкомпьютерах. Система автоматически строит схему решения задачи по спецификации пользователя, введенной им в режиме диалога. Схема включает наиболее подходящие математические модели для решения задачи, численные методы, алгоритмы и параллельные архитектуры, ссылки на доступные фрагменты параллельного кода, которые пользователь может использовать при разработке собственного кода. Построение схемы осуществляется на основе онтологии проблемной области «Решение вычислительно сложных задач математической физики», онтологии заданной предметной области и экспертных правил, построенных с использованием технологии Semantic Web. The paper presents an approach to the development of an information-analytical system that helps a researcher to solve compute-intensive problems of mathematical physics on supercomputers. The system automatically builds a scheme for solving the problem according to the user's specification entered by him in the dialogue mode. The scheme includes the most suitable mathematical models for solving the problem, numerical methods, algorithms and parallel architectures, links to available fragments of parallel code that the user can use when developing their own code. The construction of the scheme is carried out on the basis of the ontology of the problem area "Solving compute-intensive problems of mathematical physics", the ontology of a given subject area and expert rules built using the Semantic Web technology.

Development of automation tools for managing exchange rates based on nonlinear dynamics methods

Within the framework of this work, the tasks of studying the subject area of exchange rate management software, comparative analysis of several software solutions were solved. To implement the server part of the PM KB, the Python programming language was chosen. The Django framework formed the basis of the server part of the PM UKB. To implement the client, tools such as the Jinja template engine for collecting HTML pages, the Bootstrap framework for working with a grid and styles were used, and the JS language was used to create interactivity. The paper also presents a general scheme of the algorithm in a graphical form. Further in the article, the program blocks of authentication, data unloading, switching on and off the exchange, collecting modified data, adding the control data block to the point exchange rate management page, updating data in the database, updating data of specific rates are considered.

Moving In-Frame

The researchers explored the dual experience of individuals who are both taking dance and movement classes digitally at the same time as they are also teaching dance and movement classes digitally. By focusing on this duality through a series of interviews with practitioners, the researchers explore how the learner/educators do or do not adapt one set of skills into the other area of work and the lessons learned from this reflective practice. The results are analyzed and broken down into five sections: glitches of the practice, reflective practice, active learning, engagement, and reframing communication. Through further analysis, the researchers explore possibilities for shifting the mindset around digital education methods. The researchers then offer suggestions for further development in the field and where further research can expand on the subject area.

Methodology of fire risk analysis in electrical installations of a production facility

This article lists the principles of fire risk assessment and management of electrical installations, provides the main terms used in this subject area, and their meanings. The article also talks about factors affecting the magnitude of fire risk (risk-forming factors). Special attention is paid to the human factor. Formulas for probabilistic assessment of fire risks of electrical installations and an algorithm for assessing the fire hazard of electrical installations, as well as a scheme of the algorithm for calculating individual fire risk are given.

Pflegekinderhilfe in der Sozialen Arbeit

Foster child support is an expanding field of work: In youth welfare offices and the foster child services of independent institutions, in guardianship, expert assessments and family courts, specialists have to deal with the key questions relating to foster child support. In addition, there are the people affected: foster children, parents and foster parents, siblings and other family members. This book provides a well-founded introduction to this subject area and links important practical issues to international research findings. It analyses current developments in this respect in Germany, Austria and Switzerland and illustrates the variety of forms of care relationships with case studies. In this way, the importance of professional services and the courses of action open to them become clear.

Аlgorithmization of the knowledge base in service of passenger cars

The article considers the architecture of conceptual modeling of the knowledge base, which creates a model of the subject area in the form of many concepts and relationships between them. This approach is based on the concept of a mobile software agent, which is implemented and functions as an independent specialized computer program or an element of artificial intelligence. Ensuring the use of subject area knowledge has become one of the driving forces of the recent surge in the study of artificial intelligence. For example, for models of many different subject areas it is necessary to formulate the concept of time. This representation includes the concepts of time intervals, time points, relative measures of time, etc. If one group of scientists develops a detailed knowledge base, others can simply reuse it in their subject areas using their own database. Creating explicit assumptions in the subject area, which underlie the implementation, makes it easy to change the assumptions when changing our knowledge of the subject area. The process of conceptualization of TO and P, first of all, involves the development of databases in research areas for the formalization and systematization of knowledge about the characteristics of this area of entities and phenomena. That is, the use of concepts in the field of maintenance in a consistent manner in relation to theories of knowledge. Ultimately, the paper updated mathematical modeling, algorithmization and implementation of intelligent systems in the field of maintenance, which will help automate the process of diagnosis and inspection of all car systems, facilitate fault prevention and improve the maintenance process and modernize the maintenance system itself. The approach of algorithmization of the base of knowledge of a condition of the car in each moment of time considered in work gives the chance to reduce time of stay of the car in the service center and to reduce considerably expenses for passing of MOT at service of cars.

Project-Based Learning for Students With Intellectual Disabilities

With the push to include all students, despite disability, in the general education classroom, general education teachers need to be trained in ways to adequately educate intellectually disabled students alongside their nondisabled peers. Many students with an intellectual disability are capable of learning in an inclusive environment if provided with proper support, such as through instructional methods like project-based learning. Project-based learning actively involves learners in investigating real-world issues and answering related questions. This chapter focuses on how to use the project-based learning method to teach children with intellectual disabilities within the framework of inclusive education, using biology as an example subject area.

Effectiveness of Virtual Laboratories in Science Education: A Meta-Analysis

The development of technologies had transformed the way we deliver our instruction to the students. Many researchers and teachers alike are advocating for the integration of technology into their instruction as it provides promising results. One key aspect as to which technology can be of great help is through virtual laboratory activities. This meta-analysis offered information on the effectiveness of using virtual laboratory activities to student achievement. Results of the meta-analysis revealed a medium effect size (g = 0.587) towards the use of virtual laboratories. The subject area and level of study were used as subgrouping to further explore the effectiveness of conducting virtual laboratories.