Today, I'm experiencing some writer's block, so I'm writing a bit slowly. Therefore, the update will be a little later, probably around 1 a.m. Just refresh the page by then.

By the way, due to the Two Sessions lately, neither can new chapter comments be posted nor can comments be made. The editor reminded me to be careful and avoid writing sensitive content. Sigh, it's frustrating and reminds me of the old book that got banned after the crackdown years ago.

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[Abstract]Computer Engineering Management is a systematic management activity that utilizes technologies such as computers, information, communication, and the internet to collect, integrate, process, and analyze data. It is also a necessary condition for the modernization and informatization of enterprises and their high-quality development. As the times evolve, the deep integration of Computer Engineering Management with Electronic Information Technology is of great significance for optimizing computer data processing processes. This paper explores the application strategies of Electronic Information Technology in Computer Engineering Management, starting with the relationship between Electronic Information Technology and Computer Engineering Management.

[Keywords]Electronic Information Technology; Computer Engineering Management; Application Model

In the context of a highly informatized era, the fusion level between Computer Engineering Management and various domains of society has further increased. It is supported by computer technology, with the information system at its core, to store, collect, process, analyze, and manage data, thereby providing decision support for people's production and life as well as various activities. However, the data volume faced by current Computer Engineering Management is becoming increasingly vast, and the data structure more complex. Traditional Computer Engineering Management struggles with massive data, facing issues like storage difficulties, incomplete data display, and cumbersome data modification processes. The application of Electronic Information Technology will elevate Computer Engineering Management to a new level, making it more adaptable to diversified management scenarios and significantly improving the efficiency of information and data management.

1 Relationship between Electronic Information Technology and Computer Engineering Management

Computer Engineering Management refers to the comprehensive collection of data from enterprises' daily operations and project activities through computer terminals, systems, and networks. After processing, it identifies existing management issues and significant management content, based on which corresponding policies are made, or management strategies are adjusted, thereby promoting the implementation of enterprises' strategic goals [1]. However, with societal development, the scale of enterprises and projects has significantly expanded, and the scope of people's life and activities has somewhat extended. As a result, massive internal and external data are generated during the business development process. These data vary in structure: they might be semi-structured, unstructured, or structured data, containing high-value, high-density information. Meanwhile, in an intelligent environment, the processing and management of information demand higher levels of automation, necessitating systems with self-learning and self-adaptive functions capable of intelligently generating management decisions, statistical reports, etc., by comparing historical data and internal and external information. Traditional Computer Engineering Management, relying solely on computer technology, might encounter issues like inability to identify all data or deeply explore data value due to functionality imperfections and insufficient performance optimization when faced with vast data, affecting enterprises' decision-making and development. The application of Electronic Information Technology in Computer Engineering Management develops electronic devices and information systems matched to computer engineering management's characteristics, making its functions more diverse and content richer. With advancements in Electronic Information Technology, high-quality software that matches Computer Engineering Management continually emerges, injecting new vitality into its innovative upgrade. Moreover, the scientific and rational application of Electronic Information Technology in Computer Engineering Management can foster its intelligent and industrialized development, giving rise to new business models. It is evident, therefore, that there is a complementary and mutually reinforcing relationship between Electronic Information Technology and Computer Engineering Management. Emphasizing their organic integration can enhance information value and propel social development.

2 Current Application Status of Electronic Information Technology in Computer Engineering Management

Since entering the informatization and intelligent era, China has intensified its informatization construction efforts across various domains. The smooth flow of information between fields, information sharing, and interconnectedness have broken the information barriers between fields, fostering new business models and promoting economic development while significantly improving the internal management levels of various industries and enterprises. At the same time, the application of Computer Engineering Management in enterprises is becoming increasingly widespread, gradually transitioning from the initial singular and dispersed information management systems to integrated and interconnected internal information networks, becoming a "helper" for enterprise data statistics, management decision-making, and policy implementation. However, current Computer Engineering Management still has certain limitations, especially in the context of cloud computing and big data technologies, where the information stored and managed by computers faces risks such as leakage and attack. Additionally, incomplete management systems and redundant management processes prevent Computer Engineering Management from playing its due role. Therefore, the following text will detail the application strategies of Electronic Information Technology in various aspects of Computer Engineering Management, aiming to enhance the effectiveness of Computer Engineering Management.

3 Application of Electronic Information Technology in Computer Engineering Management

3.1 Application of Electronic Information Technology in Enhancing the Quality and Efficiency of Computer Engineering Management

In China, the theoretical and practical research on electronic information technology and computer engineering management started relatively late, and successful research experiences have not yet been widely disseminated across various industries. Even though some enterprises are currently implementing information technology initiatives and have built relatively comprehensive computer information management systems, their application of electronic information technology and computer technology remains superficial. For instance, by utilizing computer engineering management to construct automated office systems that facilitate the delivery of office instructions and the transmission of documents, but have not applied computer engineering management and electronic information technology to the core business, various operational activities, and business processes of enterprises. As a result, the strategic positioning of electronic information technology and computer engineering management remains low, only playing a role in basic data integration and processing. Meanwhile, the application of electronic information technology in computer engineering management requires talents with basic circuit knowledge, awareness of computer control principles and communication principles, skillful in multimedia technology applications, electronic system design, and other skills. However, enterprises currently lack such talent resources, unable to provide assurance for the construction and subsequent maintenance of computer systems. Under such circumstances, establishing a professional computer engineering management team and applying electronic information technology in computer engineering management, by leveraging its data integration functions to consolidate all project data into a unified computer engineering management center platform, can enable managers to quickly find engineering information, extract key data, and thus make management decisions favorable to project construction [2]. Simultaneously, the goal of computer engineering management is not only to improve production quality but, more importantly, to conduct comprehensive, trackable, dynamic, and meticulous control over all project factors such as progress, cost, materials, personnel, and others. Based on a project lifecycle-oriented computer electronic information management system, it can transform physical project information, component information, dynamic construction information, etc., into intuitive charts and three-dimensional models. Managers can promptly discover problems in project operations and then instruct on-site personnel to rectify them through remote management and communication, significantly enhancing the level of construction.

3.2 Application of Electronic Information Technology in Computer Engineering Information Storage and Maintenance

In computer engineering management, information storage and maintenance mainly refer to the centralized processing of data from different systems and levels. However, since such data comes from different sources, their formats differ. For example, data from the project investment system is generally structured data, whereas data from external media evaluations is generally unstructured data. To use such data to optimize and improve the computer engineering management process, it is necessary to standardize the data. However, data within each system is voluminous, including duplicate and low-value data. How to build a comprehensive engineering database and ensure data operational efficiency has become an urgent problem to solve in computer engineering management [3]. Applying electronic information technology, such as single-chip microcomputer technology, electronic system design technology, and others, in computer engineering management to optimize the existing computer information management system, add functions like information retrieval and data classification, compile data standardization and normalization processing programs, can integrate vast amounts of data. It changes the traditional data collection, which relied primarily on manual entry, ensuring the comprehensiveness and security of data storage. At the same time, applying electronic information technology to the data updates of computer information systems can eliminate duplicate, redundant, and low-value data, automatically generating data processing results. Management personnel only need to verify and provide opinions on the data processing results based on actual engineering management needs, their work experience, and enterprise strategy, significantly enhancing the application effect of computer engineering management, while also ensuring management quality and efficiency.

3.3 Application of Electronic Information Technology in Computer Engineering Resource Allocation and Sharing

Under traditional computer engineering management modes, enterprises need to spend a lot of manpower, materials, and funds on data resource acquisition and construction. This includes introducing hardware and software facilities based on industry development trends and even macroeconomic environments, using networks to collect information helpful for enterprise development and project management, and establishing numerous information systems to facilitate internal communication and collaboration. The time and economic costs are too high, potentially affecting enterprises' normal operations and development [4]. Data sharing, as one advantage of electronic information technology, can achieve high-speed, high-density data transmission relying on the internet and mobile networks. With the application of mobile intelligent terminals and various software support, data transmission can also record the process and key nodes of data transfer. Moreover, electronic information technology facilitates the co-construction of social information resources. Whether it is industry standards, legal norms, policy information related to engineering construction published on authoritative national websites or engineering experience and bidding information from similar enterprises, all can become important data resources for enterprises. By utilizing electronic information technology to open up enterprises' internal and external data links, it can minimize the cost of data resource accumulation, helping enterprises to optimize internal resource allocation. Applying electronic information technology in computer engineering management to leverage its advantages in data resource accumulation, sharing, and allocation can integrate various scattered links of computer engineering management into an organic whole, enhance the value creation ability of each link, and avoid affecting the effectiveness of computer engineering management due to management loopholes, decision-making errors, and low management technical levels. Relying on a comprehensive information network connecting multiple computer terminals to achieve data transmission and use in each link. In this way, computer engineering management will develop towards modernization, intelligence, and efficiency, empowering enterprises to become bigger and stronger [5].

4 Conclusion

Computer engineering management is a discipline that integrates data collection, data processing, data comparative analysis, and comprehensive data management, and is an indispensable supporting force for enterprises' modernization and information construction. As enterprises expand their scale and extend their business scope, the data generated within various operational activities and business links becomes more diverse and increasingly complex in structure. Traditional computer engineering management can no longer meet the demands of enterprise engineering management. The application of electronic information technology in computer engineering management can enhance engineering management quality and efficiency, realize data resource sharing and optimized allocation, reduce the cost of enterprise's information construction, and provide objective, scientific decision support for engineering management, further empowering enterprise development. Therefore, the application of electronic information technology should be intensified to construct a more comprehensive computer engineering management center platform and permeate electronic information technology and computer engineering management into all aspects of enterprise management to exploit the advantages of technological empowerment and innovation-driven development.

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