Intelligent Management Technology Research Articles

Research On the Application of Intelligent Management Technology in Construction Engineering

Research On the Application of Intelligent Management Technology in Construction Engineering

Новое издание учебника «Конкуренция в предпринимательстве» для вузов

A review for the new edition of the textbook “Competition in Entrepreneurship” for higher educational institutions, published by the University publishing house “Synergy”, is presented. The following main advantages of the textbook are noted: the presence of the author’s view on such issues as the process of competitiveness, its objects, subjects, actors, results, resources, types and character of competitive interaction, types of competitive actions, methods of operational interaction between competitive parties, competitive stability and competitive ability, competitive positions, competitive status, competitive strategies, tactical competitive operations and combinations, competitive situations, competitive tricks and puzzles, management of competitive actions, competitive analysis. In the context of digital economy and the application of intelligent management technologies, the use of the considered publication in the educational process will allow university students to develop the knowledge and skills necessary to conduct successful business activities in modern economic conditions. The tools described in the textbook can be effectively used at the strategic, operational and situational levels of participation in competition, considering the potential for its implementation as part of the organization corporate information systems.

BREAKTHROUGH UNDER TRANSFORMATION AND REGULATION: EXPLORING THE DEVELOPMENT OF ENERGY INTERNET INDUSTRY IN JIANGSU PROVINCE

Energy Internet, an energy supply system that integrates electronic, information, and intelligent management technology, is important for future development. Considering the current regulation of energy consumption, multi-stakeholders expect an accelerated development of the energy Internet industry. With the successful development of 5G technology, energy Internet technology is regarded as one of the topics most likely to experience great success in the sustainable field. Previous research on Energy Internet has mainly focused on architectural innovation and utility evaluation, whereas not much focus has been put on the evolution and development of energy Internet enterprises. This paper analyzed enterprise data with ArcGIS and other geoscience software. Taking Jiangsu Province as an example, the present study explored the evolution of the spatial distribution pattern of the energy Internet over time. The results showed that from 2017 to 2021, the average nearest neighbor index of energy Internet enterprises in Jiangsu Province was 0.3494, indicating the significant presence of spatial agglomeration in the area. Furthermore, the degree of agglomeration has been increasing year by year. There was a large gap between cities in Jiangsu Province. In 2021, the number of energy Internet enterprises in Yangzhou was only a bit over one-eighth of Nanjing, and the gap was growing. The enterprise development center appeared in the southern part of Yangzhou City and tended to move to the northwest.

IoT Technology for Intelligent Management of Energy, Equipment and Security in Smart House

The Internet of Things means that many of the daily devices used by humans will share their functions and information with each other or with humans by connecting to the Internet. The most important factor of the Internet of Things is the integration of several technologies and communication solutions. Identification and tracking technologies, wired and wireless sensors and active networks, protocols for increasing communication and intelligence of objects are the most important parts of the Internet of Things. In this article, an attempt has been made to determine the parts that can be used to make a house smart among the concepts and technologies related to web-based programs based on Internet of Things technology. Since it is very time-consuming to investigate the effect of all the Internet of Things technologies in smart homes, by studying and examining various types of research, the web-based program based on the Internet of Things is selected as an independent variable, and its effect on smart home management is investigated. For this purpose, a web-based program based on the Internet of Things for intelligent building energy management, intelligent equipment management, and intelligent security has been designed and implemented. As experimental results shown the proposed method the proposed method achieves better results compared to other existing methods in energy consumption by 33.8% reducing energy usage.

The Key Technology of Smart Energy System and Its Disciplinary Teaching Reform Measures

Based on the rapid development of new energy technology, modern information technology, intelligent management technology and different countries’ strategic demand and deployment in the field of energy, the construction of intelligent energy systems is booming with the combination of new energy technology and Internet technology. The Energy Internet is the representative product of intelligent energy systems at the present stage. Its advantages are the effective promotion of energy saving, consumption reduction and optimization of deployment, thus improving the energy system. However, the large-scale construction of the Energy Internet requires a large number of professionals. In order to meet the needs of Energy Internet construction, the talent training mode of higher education is facing new challenges. To cultivate talents in Energy Internet construction, an effective measure is to reform the teaching system based on the current electrical engineering major in universities. This paper investigates the development and construction of the Energy Internet and the current situation of the electrical engineering discipline and puts forward teaching reform measures to transform the traditional electrical engineering discipline into an Energy Internet engineering discipline, considering course structure design, examination form, teacher allocation and teaching mode. This is important for promoting the large-scale construction of the Energy Internet and improving the competitiveness of graduates in the electrical engineering field.

Efficient Management and Application of Human Resources Based on Genetic Ant Colony Algorithm

With the increasing demand of human resources, the cost of staffing and management is increasing, and it is difficult to dynamically allocate and adjust personnel among different parts. It is the key of intelligent management technology to realize efficient application and mining in human resource management. In the aspect of human resource allocation and management, this paper puts forward the efficient management and application of human resource based on the genetic ant colony algorithm. Firstly, this paper describes the process management and parameter application of the genetic algorithm and ant colony algorithm and manages the resource allocation and management process under the two algorithms. Secondly, several current test functions are applied to the genetic algorithm and ant colony algorithm to test the efficiency of the algorithm, which has obvious advantages in convergence efficiency. Finally, the paper uses the efficient management configuration of human resources for comprehensive application and management and applies the system uploading and downloading services on human resumes, respectively. The genetic ant colony algorithm has obvious advantages in efficiency. In human resource data matching, the genetic algorithm is slightly better than the ant colony algorithm in the case of relatively few data in the early stage, and the accuracy of the ant colony algorithm is slightly better than the genetic algorithm in the later stage. The ACO-GA algorithm is more consistent with the actual value, which not only ensures the stability but also ensures the accuracy of prediction, which is more in line with the actual needs.

Technical Project of an Electrified Highway in China

This study introduces the system research and technical demonstration of electrified highway and electric freight vehicle technology worldwide. In combination with China's highway freight traffic, overload of some vehicles, and the actual electrified technological situation of different traction locomotives in China, a Chinese electrified highway technical solution about dual or three source (petrol-electric hybrid)-trolley electric truck based on the overhead contact line power supply is proposed. This solution includes the electrification topological structure, highly efficient drive technology, energy intelligent management technology of online charging, intelligent control technology of pantograph, and high voltage power supply technology meeting the charging demand of heavy duty trucks on the electrified highway. These technologies have solved the key technical problems, such as large flow rate of electric trucks, small actual carrying capacity of the power supply network, and easy trip of wayside substations in China. A small-scale road test has been carried out in Suzhou, China. The study results have important guiding significance for the further research and developmental test and demonstration of electrified highway technology in China.

Application Research on Intelligent Management Technology Based on Oil and Gas Pipeline

As artificial intelligence rises to the national strategy, all walks of life are exploring their own development in the fourth industrial revolution. In the 1990s, China ’s oil and gas pipelines entered the stage of automatic control from the initial manual operation. After more than 20 years of exploration and development, the reliability and accuracy of the automation system and communication system have been greatly improved; as a result, central control began to replace station control, and centralized control of oil and gas pipelines greatly accelerated the standardization and standardization of operating procedures. The reliable and accurate system and the standardized procedures laid a solid foundation for the intelligent regulation of oil and gas pipelines. This article gives the definition and connotation of intelligent regulation combined with artificial intelligence and pipeline control and gives two design directions from the status quo of oil and gas pipeline regulation. At the same time, it lists the necessary conditions for the realization of intelligent regulation and control.

Research on key technology of intelligent production line of aircraft structural parts based on intelligent manufacturing

The rapid development of new generation information technology and artificial intelligence and its integration in the manufacturing field have spurred advanced manufacturing countries to actively explore the development strategy of intelligent manufacturing, in order to realize the interconnection and interoperability of manufacturing processes and life cycle data. And the dynamic optimization of decision-making, ultimately achieving manufacturing automation, flexibility, intelligence, and synergy. Starting from the characteristics of intelligent manufacturing, combined with technical practice and theory, it mainly analyzes the key technologies of intelligent production lines for aircraft structural parts to improve the intelligent manufacturing of aircraft structural parts, from equipment technology, intelligent production technology, intelligent production execution technology, intelligent management technology. In one aspect, the technologies involved in the production line are interpreted, namely, data acquisition technology, intelligent equipment technology, intelligent process design technology, production line modeling and simulation technology, production line maintenance guarantee technology, and intelligent management and control technology.

The research on Power Supply Array Intelligent Management Technology for Spacecraft Thermal Test

The thermal test of spacecraft has a large demand for the program-controlled power supply, which was configured as array. In this paper, the intelligent management technology of program-controlled power supply is researched. Base on the analysis of the history fault type of power supply, the fault detection technology of power supply is studied. Then, combined with the technology of power supply redundancy switching, an on-line switching device is designed. Through the verification experimental, the experimental results show that the system can quickly realize the detection and positioning of the fault power supply, and can finish the online switching of the fault power supply to the backup power within the second-level time. The research of intelligent management technology enhances the management efficiency of the large scale power supply array, and improves the operational reliability of the spacecraft thermal test.

Guest Editorial Special Issue on New Trends in Energy Internet: Artificial Intelligence-Based Control, Network Security, and Management

Energy Internet is recognized as a new and advanced paradigm of smart grids, where energy collection devices, distributed energy storage devices, and various types of energy nodes are interconnected by applying advanced power electronics technology, information technology, and intelligent management technology. This emerging Energy Internet brings remarkable improvement for the society from various aspects with its advantages in high efficiency, strong flexibility, great scalability, and improved reliability. However, it in turn generates new challenges in architecture design, control operation, and energy management. As a result, how to deal with these challenges in Energy Internet still needs further investigation by applying advanced techniques, such as multiagent systems, artificial intelligence-based control, big data cloud computing and management, and so on.

Research on Multi-Energy Coordinated Intelligent Management Technology of Urban Power Grid Under the Environment of Energy Internet

Integrated energy systems (IES) are an important physical carrier of the energy Internet, which undertakes the tasks of energy conversion, distribution, and storage of electricity, heat and cold. From the perspective of energy Internet, this paper studies the optimal operation scheduling of an urban power grid with a high proportion of clean energy and proposes a multi-energy coordinated intelligent management method for the urban power grid. Firstly, the structure and typical characteristics of urban energy Internet are researched. On this basis, the regulatory capacity of the adjustable generator set and the regenerative equipment is used to offset the volatility of renewable energy, the internal operating system, and network stable operation constraints are considered. To solve the model, alternating direction method of multipliers (ADMM) is used. Finally, a real-time power grid example is given to verify the effectiveness of the proposed method.

Технологія інтелектуального управління сортувальною станцією на основі багатоцільової оптимізації з використанням генетичних алгоритмів

The task of operational planning of the marshalling yard in the conditions of handling carloads with dangerous goods should be solved with simultaneous consideration of two criteria: operational costs and exposure to risk. The solution to this problem is practically impossible within the framework of the classical control paradigm. The solution of management tasks of such complexity is possible only if intelligent planning methods, optimization and decision-making are applied as part of individually developed intelligent management technology. To solve this problem, such a technology was created, in particular it uses Bayesian methods for formalizing risks, genetic algorithms of a special type as an optimization method, a marginal utility method for narrowing the Pareto set and developing a final solution. The developed technology was implemented as a software in Matlab environment and modeling was carried out. As shown by the modeling, this technology is promising for solving multicriteria problems arising in transport systems and at the same time difficult for formalization.

Development of automated pipe spool monitoring system using RFID and 3D model for plant construction project

For plant construction, installation of complex pipe spools is one of the integral parts of management and operation. Construction errors in such plants have been increasing as they become bigger and more complex. To reduce the number of construction errors, an efficient management mechanism for pipe spool installation with real-time monitoring is desired. A Ubiquitous Sensor Network (USN), which utilizes low-power wireless data communication technologies such as Wireless Local-Area Networking (WLAN) and RFID (Radio Frequency Identification) is seen as an enabling technology for intelligent management of piping installation. This research aims to develop a real-time pipe tracking system for plant construction, utilizing state-of-the-art technologies such as RFID and 3D digital models on a handheld mobile device, which allows more efficient task management than a conventional computer.