Automated Management System Research Articles

СИСТЕМНІСТЬ РІШЕНЬ РОЗШИРЕННЯ ВИРОБНИЦТВА ВИСОКОЯКІСНОЇ ПРОДУКЦІЇ ЕКСПОРТООРІЄНТОВАНИМ МЕТАЛУРГІЙНИМ ПІДПРИЄМСТВОМ

The study outlines the approaches toward the rationalization of the technological process of pellet production by combining iron ore extraction in the quarry, its milling, concentrate enrichment, pellet firing. The practice of system implementation of modern technology of flotation processing of iron content into the concentrate as a strategic task of improving the quality of pellets is described. The peculiarities of involving a significant percentage of "low-grade" ores in production in case of necessity are revealed. It was concluded that the implementation and successful functioning of the quality management system are affected by engineering mistakes, poor cooperation with suppliers, the return of low-quality products to the enterprise, additional transportation expenses. The sequence of development of the fundamental documents of the quality management system regarding the implementation of the policy in the field of expansion of export supplies of pellets and improvement of the organizational structure of the company's management is covered. The iron content in pellets was predicted using the auto regression model. An improved structure of management of foreign economic activity in case of the implementation of the project on additional production of high-quality pellets is proposed. The costs for increasing the volume of production of iron ore raw materials for the project for the successful functioning of the automated management system for the entire technological process of charge preparation, pelletizing and firing of pellets are systematically defined. A risk assessment was carried out in conditions of implementation of the model for calculating the capital assets of the complex of equipment for the production of high-quality pellets of a well-known global company. Decisions regarding the positioning of the plant's pellets on the world market with determination of the pricing strategy are justified.

Трансформація готельно-ресторанного обслуговування в умовах цифровізації

The article is dedicated to exploring the unique aspects and primary trends in the digital transformation of hotel and restaurant services. It has been demonstrated that the increasing competition, the drive for operational efficiency, and the enhancement of customer service quality are key drivers for the adoption of digital technologies in the hotel and restaurant industry. Understanding and meeting evolving consumer expectations, such as the preference for online ordering, swift transaction processing, and personalized service, is also crucial in this digital shift. It has been established that under the influence of digitalization processes in all spheres of life, modern restaurants are actively implementing digital technologies, which allow the automation and optimization of most operational processes. Despite the growth of digital activity, domestic restaurants have yet to achieve the same pace of digitalization as other industries or similar enterprises in specific global contexts. This is evidenced by the insufficiently high share of electronic sales (about 12%) and the low implementation of BIG DATA technologies (8.9%) in the management and analytics of hotel and restaurant businesses. Research has revealed that several digitalization tools are being rapidly integrated into restaurant services, including digital marketing, the development of digital food delivery platforms (FoodTech), automated management systems, and interactive technologies. The digital transformation of business processes in food service establishments not only enables swift adaptation to market changes but also significantly enhances the competitiveness of the restaurant business. It is argued that the effectiveness of hotel and restaurant service digitalization processes depends on the choice of the most optimal balance between software tools and digital instruments and the authentic characteristics of each restaurant, the target customer base, their tastes and preferences, and the image strategy of positioning in the food service market. Keywords: digitalization, digital tools, hotel and restaurant business, automated management systems, digital transformation of hotel and restaurant services, digital marketing.

BIM-Based Strategies for the Revitalization and Automated Management of Buildings: A Case Study

This study explores the transformative potential of integrating Building Information Modeling (BIM) and Generative Design methodologies in heritage conservation and building management. By utilizing BIM, detailed architectural, structural, and MEP models were created, facilitating precise design and effective stakeholder collaboration. Generative Design enabled the exploration of multiple design solutions, optimizing spatial layouts and structural integrity. The project also integrated automated management systems and IoT sensors to enhance real-time monitoring, energy efficiency, and user comfort through the development of a digital twin. Despite encountering challenges such as technical complexities and budget constraints, the project successfully preserved the cinema’s historical essence while incorporating modern functionalities. The findings highlight the contributions of BIM and Generative Design to the AEC industry, emphasizing their role in improving design accuracy, operational efficiency, and sustainability. This research provides valuable insights for future projects in heritage conservation, offering a blueprint for balancing historical preservation with contemporary needs. The revitalization of the “Ex Cinema Santa Barbara” in Paternò exemplifies these advancements, demonstrating how these technologies can restore and modernize culturally significant historical buildings effectively.

Evolution of information systems and technologies in the hospitality and tourism sector: a historical perspective

The article examines the influence of information systems on the growth of the tourism industry. Historically, these technologies have enhanced service in the hotel and restaurant sectors. Tourism is characterised by a high volume of diverse information flows that require constant updating and rapid exchange operations. For instance, the implementation of new technologies involves automating numerous hotel processes, including electronic reservation systems, which can contribute to improving service quality. The text provides data on the use of information technologies and automated management systems in hotels and restaurants in Ukraine and worldwide, highlighting significant prospects in this direction. Additionally, it mentions programs initially developed by Ukrainian companies. When selecting a system, factors such as price and reliability are crucial as many systems share similar functional characteristics. This article outlines the history, development, and widespread adoption of computer reservation systems (CRS). CRS has expanded the range of services and reduced the cost of electronic booking and reservation services. The expansion of tourism activities has occurred in all areas of the industry, including accommodation and entertainment. The research provides information on global reservation systems such as Amadeus, Sabre, Galileo, and Worldspan (Travelport), as well as Ukrainian reservation systems in tourism. The development opportunities of the tourism industry are closely linked to the capabilities of the Internet in modern conditions. Thousands of tour operators, travel agencies, hotels, and airlines operate successfully online, along with ten reservation systems for tourism services. The network provides reliable information support and an additional electronic channel for implementing tourism services.

DEVELOPMENT OF AN AUTOMATED SYSTEM FOR MEASURING THE WEIGHT OF ORE IN THE SKIP OF A MINE ELEVATOR

The article describes the development of a computerized system for measuring the weight of ore in the skip of a mine hoist. The purpose of this system is to provide operational information for the automated management system of the iron ore plant. The work includes the design of both hardware and software of the system. The hardware includes weight sensors that measure and transmit data to a central computing unit. The software includes data processing algorithms that analyze ore weight information and transmit the results to the control system. One of the key aspects of the article is the possibility of further refinement of the project and testing of the prototype system in the conditions of industrial production. This will make it possible to check the efficiency and reliability of the system in real working conditions, as well as to make the necessary adjustments and improvements before the end of the project. Summing up, the developed system has the potential to become an important element for optimizing and improving the efficiency of the iron ore plant, and also demonstrates the prospects of introducing similar technologies in other industries. The work highlights the potential benefits of using this computerized ore weight measurement system. Among these advantages can be noted an increase in the accuracy of measurements, a decrease in human intervention and, accordingly, an increase in the level of safety in production, as well as the possibility of prompt acquisition and analysis of data for management decision-making. In addition, the integration of this system into the management of an iron ore plant can help reduce material losses, optimize the use of resources and increase the overall efficiency of production. These aspects are important for the enterprise from the point of view of economic efficiency and stability in the market. Thus, the developed computerized system for measuring the weight of ore in the skip of a mine hoist is a promising and important step in the direction of improving technological processes in industry and increasing its competitiveness.

A study on constructing an efficient examination scheduling system

The objective of this study is to investigate the final exam scheduling process at the Ho Chi Minh City Open University and develop an automated exam scheduling application. Our primary objectives are to prevent students from having conflicting exam schedules and to ensure that no student has to take more than two exams on the same day. This research focuses on applying graph coloring algorithms to the problem of automatic exam scheduling. Our research findings indicate that the graph coloring algorithm is highly effective for automated exam scheduling. This study has the potential to expand and support the development of an automatic exam scheduling and management system, in line with our overall goals. We conduct the experiments on the practical data at HCMCOU and obtain promising results.

Development of Arduino Based Fully Automatic Traffic Management Using Tyre Killer System – A Review

The Tyre Killer System is essential for traffic management as it enhances security, controls access, prevents breaches, deters illegal entry, and promotes efficient traffic flow, contributing to safer and more organized urban environments. This Arduino-based fully automatic traffic management system integrates a tyre killer mechanism to enhance safety and efficiency on roadways. Using Arduino microcontrollers, the system automatically controls vehicle access to restricted areas. Unauthorized vehicles are deterred by tyre spikes deployed by the tyre killer system, while authorized vehicles pass safely. The system's design principles, hardware components, and software algorithms are evaluated for real-world effectiveness. Key considerations include scalability, power efficiency, and integration with existing infrastructure. Ultimately, theproject aims to contribute to the advancement of automated traffic management technologies for safer urban transportation systems. This project focuses on creating a fully automatic traffic management system using Arduino technology, incorporating a tyre killer system. The project aims to evaluate the system's effectiveness through real-world testing and considers scalability, power efficiency, and integration with existing infrastructure. Overall, it seeks to contribute to the advancement of automated traffic management technologies for safer urban transportation systems. Keywords- Arduino uno, tyrr killer, servo motor.

RESEARCH AND MANAGEMENT OF THE PRICE POLICY IN THE FIELD OF MARKETING SERVICES OF THE ENTERPRISE USING MODERN INFORMATION TECHNOLOGIES IN THE CONDITIONS OF SUSTAINABLE DEVELOPMENT

The article determines that in modern conditions of a competitive market environment, effective management of price policy is a crucial aspect of strategic marketing of enterprises. Modern approaches to pricing management in marketing services using modern information technologies are considered. Data analysis, price modelling tools, and automated management systems are essential to optimise pricing strategies effectively. The importance of considering demand, the competitive situation on the market and the total cost of services when setting prices by the enterprise is proven. The influence of digital platforms and online channels on the formation of prices and consumer value of the final product is analysed. The need to develop pricing strategies has been identified to enhance competitiveness and meet the needs of the modern market for marketing services.

Современная палитра управленческих средств и механизмов эффективного руководителя

The article considers the dynamics of various managerial approaches, means, methods and mechanisms used in organisational systems in the process of analysis of the activity of enterprises and organisations in order to form adequate managerial decisions by managers of companies of various types of activity. It is shown that the modern “palette” of actual methods, techniques and other means of management of an effective manager, in addition to heterogeneous managerial technologies, should include the latest methods and models created within the framework of automated systems of company management using the means of digitalisation, digital transformation, application of digital twins et al. Aim. The aim of this work is to create a comprehensive set of managerial tools, methods, and mechanisms that an effective ma¬nager should possess when preparing, adopting, implementing, and controlling managerial decisions and their outcomes. Materials and methods. The article presents a comprehensive analysis of managerial approaches, means, technologies, and mechanisms aimed at enhancing the performance of organizational systems. The analysis is based on a significant amount of scientific and technical literature. Results. The authors have developed a series of holistic tools and mechanisms to be used in the process of forming and adopting managerial decisions in organisational systems. Conclusion. The article argues that an effective manager should possess a diverse set of approaches, techniques, methods, and mechanisms to manage all processes and areas of activity in various enterprises and organizations. This includes the use of automated management systems, digitalization, and digital transformation, as well as the introduction of digital twins to improve organizational systems.

КОНЦЕПТУАЛЬНІ ЗАСАДИ ЦИФРОВОЇ ТРАНСФОРМАЦІЇ ПІДПРИЄМСТВ ІНДУСТРІЇ ГОСТИННОСТІ

Society digitalization significantly affects all spheres of life including the hospitality industry. The introduction of new technologies is becoming a key success factor for hotel and restaurant enterprises because it allows them to optimize processes, improve service and attract new customers. The article describes a digital transformation model for hospitality businesses that includes digital guest relationship management tools, operational optimization solutions, automated management systems, digital marketing strategies: using social media, online advertising and content marketing, customer engagement tools and digital innovations in the field of security. The digital transformation of the hospitality industry enterprise economic activity will provide an opportunity to increase the enterprise’s efficiency and competitiveness, improve the customer experience and customer satisfaction, optimize operating costs, attract new customers and expand market share. Along with this the challenges and threats that digital transformation brings with it are considered. One of the main challenges is the need to adapt to changing technologies and consumer expectations. Ensuring cyber security and personal data protection is another significant risk of digital transformation in the hotel industry. The author recommends to develop a clear digital transformation strategy taking into account the needs and capabilities of the enterprise; to provide comprehensive personnel training to work with new technologies; to pay due attention to cyber security and data protection issues and constantly monitor consumer expectations and update digital services. It is noted that digital transformation in the modern conditions is not just the new technologies implementation but also a systemic change in the culture and approaches to the entire enterprise work and the implementation of a comprehensive approach to digital transformation will allow hospitality enterprises not only to remain competitive but also to reach a new development level and business success. High technological readiness, innovative approach and flexibility in solving problems will allow enterprises of the hospitality industry to successfully adapt to the new realities of the digital age.

Using Information Technologies to Manage Printing Production: Integration and Optimisation Based on the System-Process Approach

Taking into account the characteristics of the system-process approach, the study considers the importance of the use of information technologies in the management of the production of printed products. The information structure is considered to be an organised system for collecting, processing, storing and distributing the necessary information required for management decision making. This structure aims to ensure that the information is available, accurate and relevant, which is required to manage the production process. By considering the interrelationships of all elements of the production process and establishing optimal information exchange procedures to achieve management objectives, the system-process management approach is used. This helps to improve coordination between the company’s departments. It also reduces production time and increases the level of quality and productivity. A wide range of tasks, from order processing and preparation of production documentation to control and analysis of production results, are involved in the creation of a company’s management information structure. Production planning, customer invoicing and scheduling of production processes are also important aspects of management. They help to ensure an efficient production process and customer satisfaction. A comprehensive system of information and management components is used to create and use an information structure for managing the production of printed products based on a system-process approach. These components include information technology, production process management systems, and logistics process management systems. The aim is to automate and optimise production processes in the printing industry. In particular, it is possible to optimise the processes of interaction between customers and producers through the development of print production using information technologies and automated management systems. This helps to improve the quality of the service and to make management decisions on a more informed basis. The study notes that effective operational management of receiving orders in the printing industry is critical to running a successful business. Key elements of this process include the proper collection and management of information. Initial data plays an important role in order acceptance and fulfilment, such as customer requirements, requirement structure, financial conditions and order volume. This information enables you to communicate effectively with customers, understand their needs, and estimate profitability and cost to produce. Key aspects of production management include responding quickly to changes in demand, optimising processes and fulfilling orders on time. In order to maintain the efficient functioning of the company, it is important that the data is current, updated and accessible to all parties involved in the process. It is concluded that a properly organised information structure based on the system-process approach is an important component of successful print production management. It contributes to the optimisation of work processes and increases the productivity of the company.

Cloud Computing Based Data Processing and Automated Management of Power Dispatch

Abstract As smart grids increase, the scope of power dispatch systems has broadened, encompassing not just traditional dispatch services but also multifaceted information services, encompassing data fusion, heterogeneous system integration, and big data analytics. However, managing intricate information businesses like big data analysis poses numerous challenges for the current power dispatch system, hindering its ability to keep up with escalating business demands. We introduce a cloud computing and big data analytics-based design scheme for a power dispatch data processing and automation management system to address this. Leveraging the distributed computing prowess of cloud computing platforms, the system ensures swift processing and analysis of vast power dispatch data. Additionally, by harnessing big data analysis techniques, the system delves into historical data, uncovers potential operational patterns and risk areas, and offers insights for optimizing the Electric Power System’s (EPS) operations. Experimental outcomes demonstrate the system’s remarkable proficiency in enhancing data processing, real-time control, and automation management capabilities, thereby bolstering the growth of intelligent power dispatch systems with robust technical backing.

Business Intelligence System for A Weaving Industry

The practical and precise management of company transactions and accounting is paramount for achieving organizational success in the dynamic market characterized by intense competition within local production sectors. Manually maintaining transactions has become increasingly challenging due to the continuous expansion of data. The primary objective of this project is to implement an automated management system to replace the existing manual method. Implementing this solution will yield benefits in terms of time efficiency, cost reduction, and space optimization while safeguarding sensitive information. Additionally, the used technology will enhance the manageability and searchability of data and documents. Furthermore, using Business Intelligence will enhance strategic business decision-making processes and facilitate the generation of comprehensive reports.

The Implementation of a SLiMS-Based Library Automation System Towards the Improvement of Library Quality at FMIPA UNM Makassar

This research aims to find out 1) The Implementation of the SLiMS automation management system in the Makassar State University FMIPA library, 2) Quality improvement with the SLiMS automation system in the Makassar State University FMIPA library and 3) advantages and disadvantages with the SLIMS automation system in the Makassar State University FMIPA library. This research uses descriptive qualitative research while the research approach used is field research. The data sources are from the head of the library and library staff as well as visitors to the FMIPA UNM Library. The data collection methods used in this research are observation, interviews and documentation. The research instrument in this research is the researcher himself. Then the data processing and analysis techniques are carried out in three stages, namely data reduction, data presentation, and drawing conclusions. The results of this research indicate that the implementation of the automation management system in the Makassar State University FMIPA Library uses the Open Source Senayan Library Management System (SLiMS) automation system. The SLiMS automation system is supported by hardware and software so that the system can run. The hardware used is generally the same, a collection of computers connected to a network, the difference is the software used in the library automation system. The Library quality by using the SLiMS automation system is way better. Users find it easier to use the system, its services, and to obtain information on the books they are seeking. In addition, the automation system of the Open Source Senayan Library Management System (SLIMS) has the benefit of facilitating readers' search for information about wanted books as well as librarians' and staff's ability to finish tasks in the library. The downside is that users are unable to access information remotely because the program is still offline.

Optimization of Radiation Protection in Pediatric Interventional Radiology in Latin America and the Caribbean: Development, Advancements, Challenges and Achievements of the OPRIPALC Program.

This article presents the development, advancements, challenges and achievements of the "Optimization of Protection in Pediatric Interventional Radiology in Latin America and the Caribbean" (OPRIPALC) program. This international initiative is led by the World Health Organization, the Pan American Health Organization and the International Atomic Energy Agency. The main objectives of OPRIPALC are to foster a culture of radiological protection in pediatric interventions, enhance these procedures' quality, and define optimization strategies such as the use of diagnostic reference levels (DRLs). Currently, 33 centers from 12 countries participate actively in the program. Significant progress has been made towards the proposed objectives, overcoming the challenges posed by the COVID-19 pandemic. Through many virtual meetings for coordination, planning, training and follow-up, a comprehensive set of DRLs for both diagnostic and therapeutic procedures, categorized by weight and age, have been established and are in use. A consensus document on good practices is in the final stage of development. The program's continuation into at least a second phase is essential to address pending issues, including the integration of automatic dose management systems, the levels of occupational radiation doses, their correlation with pediatric patient doses, and strategies to reduce them.

Economic And Mathematical Modeling of Planning and Management Activities of Enterprises: Past and Present

The article presents the theoretical and methodological results of modeling the economic activity of enterprises, obtained in the Laboratory of Methods and Mechanisms of Enterprise Management of the Central Economics and Mathematics Institute, the Russian Academy of Sciences from 1963 to the present, and shows the meaningful logic of the development of scientific research data in their chronological sequence. Initially, research in the Laboratory began to be carried out in two directions: a) methodology for creating automated control systems in enterprises and industries; b) economic and mathematical modeling of production plans. Within the framework of the first direction, methodological materials were first developed that determine the composition of automated management systems for enterprises with a discrete nature of production. Within the second, the main one, economic and mathematical tools for making planning decisions by enterprises were developed based on complexes of multi-level models, where special attention is paid to the vertical and horizontal coordination of planning decisions using systems of economic and mathematical models. Work related to economic and mathematical modeling of planned activities at different levels of management in an enterprise continues to the present day. In the last decade, the range of research of the Laboratory has expanded, and new, urgent tasks of rationalizing the activities of domestic enterprises have been added to the traditional areas. In particular, the tasks of structural transformation of vertically connected industries; mechanisms for establishing productive inter-company cooperation ties; ways to rationalize enterprise management in the context of digital transformation; measures to activate the human capital of enterprises. The presented results allow us to assert that the Laboratory remains among the active developers of economic and mathematical models for managing domestic production enterprises.

Economic And Mathematical Modeling of Planning and Management Activities of Enterprises: Past and Present

The article presents the theoretical and methodological results of modeling the economic activity of enterprises, obtained in the Laboratory of Methods and Mechanisms of Enterprise Management of the Central Economics and Mathematics Institute, the Russian Academy of Sciences from 1963 to the present, and shows the meaningful logic of the development of scientific research data in their chronological sequence. Initially, research in the Laboratory began to be carried out in two directions: a) methodology for creating automated control systems in enterprises and industries; b) economic and mathematical modeling of production plans. Within the framework of the first direction, methodological materials were first developed that determine the composition of automated management systems for enterprises with a discrete nature of production. Within the second, the main one, economic and mathematical tools for making planning decisions by enterprises were developed based on complexes of multi-level models, where special attention is paid to the vertical and horizontal coordination of planning decisions using systems of economic and mathematical models. Work related to economic and mathematical modeling of planned activities at different levels of management in an enterprise continues to the present day. In the last decade, the range of research of the Laboratory has expanded, and new, urgent tasks of rationalizing the activities of domestic enterprises have been added to the traditional areas. In particular, the tasks of structural transformation of vertically connected industries; mechanisms for establishing productive inter-company cooperation ties; ways to rationalize enterprise management in the context of digital transformation; measures to activate the human capital of enterprises. The presented results allow us to assert that the Laboratory remains among the active developers of economic and mathematical models for managing domestic production enterprises.

Electromechanical control method of rheological and technological characteristics of building mixtures

The paper is devoted to the enhancement of control methods for the rheological and technological properties of building mixtures: foam concrete, injection mortar, and tamponage mortars. For this, a new method for determining these properties and a device that extends the range of measurements in comparison with the widespread ones are developed. This device consists of the DC motor that directly brings the spherical spindle into a uniform motion in the building mixture. It allows for transforming the rheological characteristics into electrical signals during the preparation processes of mixtures. For the first time, the physical-mathematical model of such dependence is obtained. Also, for the first time, the experimental and calculated dependencies between the values of the amperage and the common technological characteristics of the cement mortar and conditional viscosity have been determined. It is established that the viscosity is within 0.23 ÷ 0.07 Pа⋅s, and the current strength is within 60 ÷ 225 mА for sand-cement mortars with the ratio 1:1 ÷ 1:1.5 and W/C 0.7 ÷ 1.2. For cement suspension, the viscosity is equal to 2.7 Pа⋅s for W/C = 0.3 and 1.2 Pа⋅s for W/C = 0.5. Wherein, the amperages comprise 607 and 278 mА for W/C = 0.3, 226 and 116 mА for W/C = 0.5 for spindles of different diameters. Obtained dependencies could be the basis of the software for the development and of the automatic monitoring system of rheological and technological characteristics of cement-sand mortars, as well as the automatic management system for preparing building mixtures with set rheological properties.

THREATS AND RISKS RESEARCH METHODS

The work systematizes knowledge in the field of threat and risk research when solving applied problems. To achieve the set goal, the following scientific tasks must be solved: analyze the main concepts of threat and risk research; give a description of the tasks to be solved regarding threats and risks; consider the main methods of threat and risk analysis from the standpoint of the technocratic concept; from the standpoint of the technocratic concept, consider the main methods of risk assessment, their advantages and disadvantages. A threat is understood as a potentially possible event that can lead to harm (catastrophic event), and risk - determines the degree of danger of occurrence or impact of a threat (or a set of threats - a set of catastrophic events) on a specific object (resource, process or system). At the same time, for a specific dangerous (for example, a nuclear) object, the concepts of a certain type of threat and the risk of its occurrence are interconnected. This strict triangular dependence requires a unified (inseparable, interrelated) consideration of these concepts in relation to solving various applied problems. A systematic approach to ensuring their safety is applied to all complex man-made objects, which includes the identification of objective dangers, the definition and ranking of threats, the assessment of the risk of their manifestation and the preparation of a forecast, which is done in favor of preventing catastrophic events caused by objective dangers. The most effective methods of threat and risk assessment are methods integrated into monitoring systems, decision support systems, and other automated management systems. The events of recent years in Ukraine require the definition of a terrorist threat as the primary and most important one, because in relation to nuclear facilities, under a positive man-made environment, it creates an avalanche-like emergency situation caused by nuclear, radiation, environmental and other catastrophic events. In turn, this will require the systematization of existing and the development of new methods, algorithms and protocols for assessing and countering terrorist threats at man-made objects. Keywords: emergency situation, catastrophic event, man-made object, danger, threat, risk.

Remote fault detection and location of power fiber optic cable based on a logistic regression model

Abstract The current fiber optic communication network presents the characteristics of network scale, complexity, and efficiency, and the use of traditional means for the maintenance of power fiber optic cable has been greatly limited. In this paper, based on the characteristics of simple structure, convenient construction, strong randomness, strong sequence autocorrelation, and good iterative performance of chaos theory in a logistic regression model, a logistic-based remote fault detection and location system for power fiber optic cables is proposed. The fault location test is carried out through with TMS200 series fiber optic cable automatic monitoring management system and GIS method. The fault location error of the logistic-based fault detection method is less than ±3m, that of the GIS method is less than ±10m, and that of the TMS200 series cable automatic monitoring and management system is less than ±15. The comparison shows that this paper’s fault detection and location system is more accurate and can help maintenance personnel have a faster and more comprehensive understanding of the line situation. Realize the rapid repair work of faults, which provides great help to maintain the fiber optic cable lines.