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Quality management and control of single disease is a means to continuously improve medical quality and safety by building a set of quality control indicators and evaluation systems based on the whole process of disease diagnosis and treatment. In the actual single disease management process, the reporting of each disease involved data from various systems such as electronic medical records, and the data integration was difficult. While the traditional manual reporting method took a lot of time and the data accuracy could not be guaranteed. In the development process of hospital informatization, a hospital has designed a set of intelligent full-closed loop single disease management platform based on the hospital information system, by integrating the existing human and information data resources of the hospital. This platform integrated functions of single disease intranet reporting, in-depth capture of reporting elements, single-disease quality index management, and single-disease real-time intelligent control, in order to promote more refined and intelligent disease management and thus steadily improve medical quality and safety.
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Objective:By optimizing the fund management mode, a scientific research management platform with high efficiency can be created, which can innovate the vitality of scientific research and improve the level of scientific research management.Methods:Applying the scientific research fund management model based on information platform interconnects each system and forms a new fund management model.Results:The fund management mode based on the information platform standardizes the business process, reduces the risk of internal control and facilitates the scientific researchers and financial personnel to control and manage the quality of scientific research.Conclusions:The fund management mode based on the information platform achieves the management goals of improving work efficiency, standardizing business process, strengthening internal control and innovating scientific research vitality by integrating system resources and business process.
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This research is based on data from clinical information systems such as HIS, EMR, LIS, etc, based on the functions of the traditional paper bedside card, relying on wired network technology, using the Internet of Things technology to design and develop a multi-functional intelligent interactive electronic bedside card system for inpatients. The functional framework of the system is introduced and discussed in detail, and the design is carried out from several aspects of system architecture, network architecture, software architecture, database and software system. The results show that the system has stable performance and can ensure the real-time and accuracy of medical information. The implementation of the system can fully meet the needs of clinical first-line ward management, reduce the workload of nursing staff, improve work efficiency, and reduce the possibility of medical accidents. At the same time, it can facilitate patients to see their own health information, improve patient experience. It has important guiding significance for the development of ward management and hospital information construction.
Subject(s)
Humans , Electronics , Hospitals , Inpatients , Internet of Things , TechnologyABSTRACT
This research is based on data from clinical information systems such as HIS, EMR, LIS, etc, based on the functions of the traditional paper bedside card, relying on wired network technology, using the Internet of Things technology to design and develop a multi-functional intelligent interactive electronic bedside card system for inpatients. The functional framework of the system is introduced and discussed in detail, and the design is carried out from several aspects of system architecture, network architecture, software architecture, database and software system. The results show that the system has stable performance and can ensure the real-time and accuracy of medical information. The implementation of the system can fully meet the needs of clinical first-line ward management, reduce the workload of nursing staff, improve work efficiency, and reduce the possibility of medical accidents. At the same time, it can facilitate patients to see their own health information, improve patient experience. It has important guiding significance for the development of ward management and hospital information construction.
Subject(s)
Humans , Electronics , Hospitals , Inpatients , Internet , Internet of Things , TechnologyABSTRACT
To provide valuable decision-making bases for medical service and internal management of hospital through carried out application study for big data of information system of hospital.Depended on the characteristics of information data of hospital to analyze the distributed storage technique,the massive data management technique and the virtualization technique,and to build the application system of big data of hospital,and to explore the application of big data in hospital informationalized construction.These bases can provide reference and help for medical staff,and improve operation management level of hospital,and promote sustainably healthy development of hospital.
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The paper takes the new generation of software-defined cloud data center of Tongji Hospital Affiliated to Tongji University as an example to analyze situation and challenge of informatization in hospital,elaborates design idea and application effect of the data center from the aspects including basic architecture,self-service cloud service platform and seamless extension of mixed clouds,discusses issues that need attention.
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Objective To explore a new mode for self-printing by a doctor station.Methods A self-printing program was developed with Delphi 6.0,which obtained the information on the hospitalized and discharged patients from oracle database of HIS first,then inquired the examination results and printing identification in SQL database of LIS and printed the laboratory report finally.Results The new mode saved the workload for laboratory report printing and distribution,shortened the time consumed for pasting the report,reduced the ratio for missed and false pasting,avoided the pathogen transmission due to the report and increased the report quality.Conclusion The new mode realizes data sharing and raises working efficiency,and thus is worthy promoting practically.
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Objective To develop a disease reporting management system to enhance the timeliness and accuracy of disease reporting so as to promote hospital public health management.Methods The system was designed with VS2010 and SQL Server 2008,which was gifted with the functions of filling in the report card,auditing,uploading,statistics and training.Windows service program developed with.net 4.0 selected qualified patient information periodically,and then the information was transmitted to ActiveMQ server which sent message to the doctor station to remind the doctor to fill in the report card.Results The system contributed to standardizing working flow,establishing study platform,enhancing working efficiency,avoiding missed report of infectious diseases and enhancing the rate of reporting other diseases.Conclusion The system has easy operation,maintenance and extension,and is worthy promoting for reporting management of infectious diseases.
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The paper introduces the application situation of WeChat official accounts in hospital management,deeply analyzes the existing problems including unreasonble design and poor timeliness and put forward advices,including strengthening promotion,organizing professional teams and adding the interactive function,etc.
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Objective:To study and design a disaster recovery backup system that not only can meet the continuous requirement of medical services but also can ensure data so as to achieve a data center plan that has maximum utilization ratio of resources. Methods: Face to the current situation of constructing data center of hospital, the cloud computing, virtualization technique, dual-active storage and database cluster were combined in the research, and through established calculation, storage, network, desktop and safety to finally achieve five private cloud included of producing cloud, testing cloud, disaster recovery cloud, desktop cloud and secure cloud. And then, based on above design to establish a plan about dual-active data center of private cloud included of recovery point objectives(RPO)=0 and recovery time objective(RTO)≈0.Results: This research has designed a dual-data center of private cloud with high availability, high performance, high expansion and high convenience management. It has realized simple and convenient management and operation for all data centers, and enhanced the utilization ratio of data resources.Conclusion: The dual-active data center of private cloud can farthest realize full use for resource and save investment and construction costs of IT infrastructure under the preconditions of meeting the continuous requirement of medical services.
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The desktop terminal management system, imported based on the security of intranet terminal in hospi-tals can effectively solve the security threat and the terminal delay due to undue operation, improve the security and stability of hospital information system, and reduce the work load of its maintenance staff.
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Objective To explore a new mode for remote image diagnosis and to study the development direction of remote image diagnosis in China.Methods The problems and countermeasures of remote image diagnosis in China were pointed out with considerations on its development in foreign countries and China as well as China's national medicine development plan.The present situation and problems of remote image diagnosis were summarized,and some countermeasures were put forward accordingly.Results Internet+ was involved in the upgrade of remote image diagnosis to realize optimized distribution of qualified medical resources,graded medical service,high convenience of the patient as well as high efficient of the doctor and hospital.Conclusion The new mode solves the problems in the existing remote image diagnosis,benefits multi aspects regarding to medical service,and contributes to national medical reformation and medical service transformation.
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Objective To explore a new mode for self-printing by a doctor station.Methods A self-printing program was developed with Delphi 6.0,which obtained the information on the hospitalized and discharged patients from oracle database of HIS first,then inquired the examination results and printing identification in SQL database of LIS and printed the laboratory report finally.Results The new mode saved the workload for laboratory report printing and distribution,shortened the time consumed for pasting the report,reduced the ratio for missed and false pasting,avoided the pathogen transmission due to the report and increased the report quality.Conclusion The new mode realizes data sharing and raises working efficiency,and thus is worthy promoting practically.
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Objective To develop a disease reporting management system to enhance the timeliness and accuracy of disease reporting so as to promote hospital public health management.Methods The system was designed with VS2010 and SQL Server 2008,which was gifted with the functions of filling in the report card,auditing,uploading,statistics and training.Windows service program developed with.net 4.0 selected qualified patient information periodically,and then the information was transmitted to ActiveMQ server which sent message to the doctor station to remind the doctor to fill in the report card.Results The system contributed to standardizing working flow,establishing study platform,enhancing working efficiency,avoiding missed report of infectious diseases and enhancing the rate of reporting other diseases.Conclusion The system has easy operation,maintenance and extension,and is worthy promoting for reporting management of infectious diseases.
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Objective To explore a new mode for remote image diagnosis and to study the development direction of remote image diagnosis in China.Methods The problems and countermeasures of remote image diagnosis in China were pointed out with considerations on its development in foreign countries and China as well as China's national medicine development plan.The present situation and problems of remote image diagnosis were summarized,and some countermeasures were put forward accordingly.Results Internet+ was involved in the upgrade of remote image diagnosis to realize optimized distribution of qualified medical resources,graded medical service,high convenience of the patient as well as high efficient of the doctor and hospital.Conclusion The new mode solves the problems in the existing remote image diagnosis,benefits multi aspects regarding to medical service,and contributes to national medical reformation and medical service transformation.
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Objective To develop a high stability and wide coverage network with power cat technology to promote hospital informatization.Methods The common network layout methods were compared,and the advantages of power cat technology were introduced when used for network layout.A series or parallel connection method was used to lay the power cat in the existing power line,and to achieve the full coverage of the hospital network.Results Power cat technology gained advantages in high efficiency,low cost and high stability when used for network layout.Conclusion A stable,economic and convenient network is constructed in the hospital with power cat technology.
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Objective To study transaction log and apply its analysis to hospital information security to prevent data loss and treat abnormal data.Methods The application of transaction log was described in log backup and database recovery,and the optration of log analysis was explored in HIS.Sqlplus and Ftp tools in Oracle were used to analyze the transaction log.Results The tracking and analysis of the log files contributed to making clear the incident,finding program bug,getting back lost data.Conclusion Log backup,database recovery and log analysis were of great importance for hospital information security,and log analysis has to be emphasized on in the future.
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The paper analyzes detailedly the current problems and challenges of Information Technology (IT) operation and maintenance management of the hospital,and states the logical architecture,deployment architecture,functional modules and application effect of Realtime Intelligemt Infrastructure Library (RIIL),in order to improve the efficiency of IT operation and maintenance work.
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Objective To summarize the rule and methods for hospital informatization in intelligent times.Methods The present situation of hospital informatization was described,and its characteristics were introduced from the aspects of comprehensiveness,rationality,humanity and high efficiency.It's pointed out the hospital had to made stride in the future to fulfill the requirements of hospital informatization.Results Hospital informatization had to be executed based on datamation,internet,cloud technology,automation,integration,specialization and humanization,and the considerations and countermeasures were proposed for hospital informatization in intelligent times.Conclutsion Strengthened clinical data center,internet hospital and intelligent information system are of great significance for hospital informatization in intelligent times.
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Objective To design a medical banking system to realize self register,self settlement,self printing and etc so as to enhance the efficiency.Methods The system was composed of a outpatient self-service sub-system,a hospitalization self-service sub-system,an appointment register sub-system by network bank,a cellphone App for self service,a comprehensive supervision and management platform for self-service system and self-service terminals,which had the functions such as hospital outpatient service,hospitalization self service and background supervision and management.Results Fulfilled the requirements of the patient on self register and settlement,and decreased the workloads of medical staffs.Conclusion The satisfaction over hospital service is enhanced greatly,and the system is of great value for practical application.