MMWIN is a secure data-sharing network for hospital information systems. It enables hospitals to access information from a single source and transfer it to other facilities. The network allows hospitals to analyze energy usage and build models using a variety of control strategies. The network also enables the secure transfer of HD information from one facility to another.
MMWIN is a secure data-sharing network for hospital information systems
MMWIN is a network of secure data sharing for hospital information systems. It connects computers at affiliated facilities via a secure virtual private network. The system then transfers clinical data from hospital information systems into SS-MIX2-formatted XML/HL7 files. These files can then be viewed and shared.
Each MMWIN network has its identifier number, which is unique to each facility. The data is accessible through a browser-based SS-MIX2 viewer application. Fujitsu has also created an application called Human Bridge, which allows clinicians to view clinical data and check the data’s integrity.
The network provides secure, shared data for clinical information between medical facilities and between hospitals. The network includes information from five84 medical facilities and 43 vendor systems. It is a significant approach to sharing patient information and has led to extensive cooperation among regional clinics and hospitals. The network’s development is especially important in rural areas where rapid aging and depopulation have caused shortages in medical personnel.
In addition to improving the quality of care, MMWIN can reduce healthcare costs by facilitating the secure sharing of patient health information. This can improve the speed, cost, quality, and safety of care.
It can model numerous control strategies
MMWIN is a productivity tool that can simulate numerous control strategies for buildings. It is designed to support the needs of utilities and performance contractors. The program features a hierarchical structure and drag-and-drop paste functionality for building components. It can also simulate industrial processes and swimming pools.
It can perform operations necessary for building energy analysis
market manager for Windows is a productivity tool designed to serve the needs of utilities and performance contractors who perform building energy analysis. It enables users to simulate a building as it is and compare it to different energy-saving alternatives. The program has a hierarchical structure that allows users to drag and drop building components and perform calculations on an hourly or daily basis. The software also allows users to model a variety of control strategies, heat recovery systems, industrial processes, swimming pools, and more.
Energy modeling is an essential part of creating sustainable buildings and is crucial for quantifying tradeoffs between operational and construction costs. It also helps prevent costly infrastructural alterations. It is used by mechanical engineers to test control strategies, develop HVAC systems, and develop building energy codes. Prototype models are also used to support large-scale energy efficiency programs and codes. Energy modeling analysis is more expensive up-front, but it’s a valuable tool to help ensure building design is energy-efficient.
It can transfer HD information from facilities
The Miyagi Medical and Welfare Information Network (MMWIN) is a data exchange system that stores patient clinical information. This information is shared among health care facilities in Miyagi Prefecture. It is also used to transfer HD information from one facility to another. The HD reports are saved in the format. The data is then transferred to MMWIN’s secure network via a facility gateway.
This system is a web application that connects computers in affiliated facilities to an MMWIN server. Clinical data from hospital information systems is transferred to the MMWIN server through a virtual private network. This enables clinicians to check patient data and refer to medication and laboratory results without having to log into each facility HIS.
