Infusion Monitoring And Management System Based On Real-time Data Processing

With the continuous high-speed development of China’s social economy,people have higher and higher expectations and demands for health.However,the unbalanced development of China’s medical level and insufficient medical resources,there is a big contradiction with the large population and wide distribution.For this reason,how to solve the problem of improving the quality of medical services with limited resources is an urgent problem to be solved.In the medical service,the nurse’s intravenous infusion is the main part of his daily work,and the quality of his service has a significant impact on the overall medical service quality.However,at this stage,most hospitals still use manual methods to manage the infusion process,which results in a large workload and cannot obtain the patient’s status in real time.To this end,this paper focuses on serving patients and improving the quality of hospital services,and develops real-time monitoring and management systems for infusion and infusion to meet the health needs of the people.Based on the current situation and practical problems of intravenous infusion in medical services,this article proposes a set of remote real-time monitoring and data sharing for the collection of infusion data,data transmission,data processing,data storage,and real-time centralized monitoring of patient infusion status.s solution.The research content includes:1.Through the understanding of the needs of the system users and the feasibility analysis of the system,clarify the goals that the system design should achieve,and propose a three-tier architecture model with infusion monitoring equipment,central server,and client as the main body.A design method suitable for infusion data transmission,communication and processing is adopted,and the functional modules of the system are reasonably designed.2.Based on the system’s three-tier architecture model,a system development plan based on Netty-based network communication framework,distributed large-stream data processing platform,and WPF user interface framework is proposed.The realization of the design of various functionalmodules,including the use of Netty framework to develop server-side communication modules,JSON data transmission format to achieve data transmission on different platforms,Storm distributed big data real-time processing framework completes the function of real-time data processing,establishes a distributed data storage platform for hospitals,and implements a human-computer interaction interface for client software3.Through multiple tests in the laboratory,this system has the functions of remote real-time monitoring,real-time processing of a large number of concurrent data and data sharing,which meets the user’s use,function and performance requirements,and is easy to use and reliable High sex and other advantages.4.The practical application in a hospital in Wuhan shows that medical staff can monitor the patient’s infusion status in real time through remote monitoring,providing patients with better quality services.At the same time,The system establishes a set of distributed databases for the hospital,realizes the data sharing and management of different wards in the hospital,greatly improves the efficiency of medical staff,optimizes the allocation of hospital resources,and is more active in building a digital medical system effect.