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We are developed a digital management system for modernization of aviation equipment, which includes the formation of a technical proposal through neural network processing of requirements for the characteristics of aviation equipment, the development of working design documentation ensuring the flight, functional characteristics of the aircraft, characteristics of management systems, and the creation of a digital analogue considering the capabilities of production process of Russian enterprises and definition of enterprises included in industrial cooperation for production. A method for determining the rating of enterprises of potential participants in cooperation on the AE modernization is developed. [ABSTRACT FROM AUTHOR]

In recent years, although China’s economy has continued to grow, the environmental impact is greatly affected by the use of primary energy, such as global warming, which has become more and more serious. Under the background of energy conservation and emission reduction, China’s emission reduction pressure is very great. In this paper, an online monitoring system for carbon emissions is developed for real-time monitoring of carbon emissions, and the ant colony algorithm is used to perform multi-objective optimization based on “construction period-cost-carbon emissions.” Through the organic integration of wireless sensors, communication networks, cloud servers, and mobile devices, a real-time monitoring system for carbon emissions has been developed, which can monitor and visualize the carbon emissions generated by major machinery on site in real time. At the same time, the resource consumption of each process in different modes is sorted out, and the multi-objective optimization problem of “construction period-cost-carbon emission” is designed to seek the optimal solution by combining the multi-objective optimization theory. In this paper, the developed real-time monitoring system is applied in the actual field, the stability and practicability of the system are verified, and the process-related data is obtained by combining the monitoring system and field investigation. The experimental results show that the relative deviations of the two units are consistent, fluctuating between 0.54% and 6.14%, and the overall deviations are 3.61% and 3.63%, respectively. Therefore, the online carbon emission monitoring system has stable data and high accuracy. By comparing the data trends of the online monitoring method and the emission factor method, it is found that the two trends are consistent, which verifies the applicability of the online monitoring method in the field of carbon emission monitoring.

ObjectiveThe present study aimed to explore the value of a digital management system based on micro digital imaging technology for the medical records of patients with cerebral hemorrhage.MethodsA total of 540 patients with intracerebral hemorrhage diagnosed and treated in the hospital from November 2016 to November 2019 were selected as the subjects of this study. A digital management system based on micro digital imaging technology was used to establish how to handle the medical records of these patients.ResultsThe medical record management process of patients with cerebral hemorrhage comprises five modules: medical record editing, medical record querying, medical record borrowing management, statistical analysis, and system maintenance. The purpose of these is to manage and store digitalised medical records for patients, present the most useful information on the first page of the medical records, monitor the safety of the medical records, and enable real-time data sharing.ConclusionEstablishing a digital management system based on micro digital imaging technology for the medical records of patients with cerebral hemorrhage can effectively enable the preservation and use of these documents. It improves information management, such as data sharing, security, and the overall level of information. This is worth promoting.

In view of the problems such as too much production fi eld test information, heavy test task, low management effi ciency, large workload, lack of unifi ed monitoring on site, non-uniform and nonstandard storage of test data, and difficult data analysis, the digital and automatic management of the information related to the test process, such as resources, tasks, equipment, personnel, data and so on, is realized by extracting all the iconic data involved in the test process, and the information that can be solidifi ed, to strengthen the collection, processing and mining of information, construct a digital-oriented test information management system integrating test process management, test data collection, transmission, processing, output and release, test equipment management, test personnel management and related data analysis. The standard and reliable storage of test data, fi ne monitoring of test fl ow, high integration of test information, fl exible and multi-dimensional data analysis, scientifi c management means have been realized to improve the effi ciency of product research and development, reduce the cost of test and management, ensure the quality of products, and improve the effi ciency of enterprise management. [ABSTRACT FROM AUTHOR]

Objective: The present study aimed to explore the value of a digital management system based on micro digital imaging technology for the medical records of patients with cerebral hemorrhage., Methods: A total of 540 patients with intracerebral hemorrhage diagnosed and treated in the hospital from November 2016 to November 2019 were selected as the subjects of this study. A digital management system based on micro digital imaging technology was used to establish how to handle the medical records of these patients., Results: The medical record management process of patients with cerebral hemorrhage comprises five modules: medical record editing, medical record querying, medical record borrowing management, statistical analysis, and system maintenance. The purpose of these is to manage and store digitalised medical records for patients, present the most useful information on the first page of the medical records, monitor the safety of the medical records, and enable real-time data sharing., Conclusion: Establishing a digital management system based on micro digital imaging technology for the medical records of patients with cerebral hemorrhage can effectively enable the preservation and use of these documents. It improves information management, such as data sharing, security, and the overall level of information. This is worth promoting., Competing Interests: The authors declare that the research was conducted in the absence of any commercial or financial relationships that could be construed as a potential conflict of interest., (Copyright © 2023 Zhang and Li.)

Copyright of Perspectiva Educacional is the property of Perspectiva Educacional and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)