scholarly journals Development and utility of a close contact information management system for the COVID-19 pandemic

2021 ◽  
Vol 21 (1) ◽  
Author(s):  
Jiali Long ◽  
Rong He ◽  
Shen Tian ◽  
Yefei Luo ◽  
Mengmeng Ma ◽  
...  

Abstract Background Since the outbreak started in 2019, COVID-19 pandemic has a significant global impact. Due to the highly infective nature of SARS-CoV-2, the COVID-19 close contacts are at significant risk of contracting COVID-19. China’s experience in successfully controlling COVID-19 emphasized the importance of managing close contacts because this strategy helps to limit potential infection sources, prevent the unconscious spread of COVID-19 and thus control this pandemic. As a result, to understand and consider the management of close contacts may be beneficial to other countries. However, managing close contacts is challenging owing to the huge number of close contacts and a lack of appropriate management tools and literature references. Methods A new system called the COVID-19 Close Contact Information Management System was developed. Here we introduced the design, use, improvement and achievements of this system. Results This system was designed from the standpoint of the Centers for Disease Control and Prevention in charge of managing close contacts. Two main functions and eight modules/themes were ultimately formed after two development stages. The system introduces what information need to be collected in the close contact management. Since the system allows information flow across cities, the geographical distance and administrative regional boundaries are no longer obstacles for managing close contacts, which promotes the management of each close contact. Moreover, when this system is used in conjunction with other data tools, it provides data assistance for understanding the COVID-19 characteristics and formulating targeted COVID-19 control policies. To date, the system has been widely used in Guangdong Province for over 1 year and has recorded tens of thousands of pieces of data. There is sufficient practical experience to suggest that the system is capable of meeting the professional work requirements for close contact management. Conclusions This system provides a new way to manage close contacts and restrict the spread of COVID-19 by combining information technology with disease prevention and control strategies in the realm of public health. We hope that this system will serve as an example and guide for those anticipating similar work in other countries in response to current and future public health incidents.

Author(s):  
SHUNFU HU ◽  
JIANPENG ZHOU

On-site wastewater treatment facilities (WWTFs) collect, treat, and dispose wastewater from dwellings that are not connected to municipal wastewater collection and treatment systems. They serve about 25% of the total population in the United States from an estimated 26 million homes, businesses, and recreational facilities nationwide. There is currently no adequate coordinated information management system for on-site WWTFs. Given the increasing concern about environmental contamination and its effect on public health, it is necessary to provide a more adequate management tool for on-site WWTFs information. This paper presents the development of an integrated, GIS-based, on-site wastewater information management system, which includes three components: (1) a mobile GIS for field data collection; (2) a World Wide Web (WWW) interface for electronic submission of individual WWTF information to a centralized GIS database in a state department of public health or state environmental protection agency; and (3) a GIS for the display and management of on-site WWTFs information, along with other spatial information such as land use, soil types, streams, and topography. It is anticipated that this GIS-based on-site wastewater information management system will provide environmental protection agencies and public health organizations with a spatial framework for managing on-site WWTFs and assessing the risks related to surface discharges.


2014 ◽  
Vol 543-547 ◽  
pp. 4284-4287
Author(s):  
Yun Shi ◽  
Lei Wang ◽  
Heng Chen ◽  
Teng Fei Lei

The calibration wells laboratory is an important experimental system of petroleum logging instrument. There is a large of calibration wells information need manage, so it is very difficult to manage the calibration wells information. In this paper, computer information management system is applied to the calibration wells information management. It is necessary to manage the large of the calibration wells information. Because the calibration wells have the similar shape, it is difficult to detect the calibration wells in the laboratory. Therefore, the mobile phone platform and QR two-dimensional bar code technology are introduced to strengthen the management of calibration wells information. These will greatly improve the efficiency of management. The QR bar code and the zBar technology are used in the information system. The design of calibration wells group information management system is implemented based on QR code. The mobile platform is used to collect and display information. The experiments show the good performance of the information management systems.


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