Optimization of the hospital information system (HIS) and its improvement method have been discussed in this paper. Our method is to divide the whole database into two separate sub-databases, one is for daily operation, and another is for query. We keep the daily-operation-database in a fixed size by deleting the historical data within a fixed time. So the hospital information system can run quickly, having a higher efficiency and a better safety.
Databases, Factual ; Hospital Information Systems ; organization & administration

This paper introduces the network data dynamic exchange technology applied to the design of the medical equipment purchase system according to the process of the medical equipment purchasing. The new system adopts B/S structure based on .net technology, to realize the medical equipment purchasing information's dynamic management of network purchase application and verification, suppliers qualification examination and the contact file inquiry etc.
Hospital Information Systems ; Purchasing, Hospital ; methods ; organization & administration ; Software Design

This paper introduces an advanced means to confirm management objective, analyze management need, reduce purchase and operating cost, optimize the flow management and establish a medical supplies management information system in purchasing, using, maintaining and disposing step. The system has advantage in realizing efficiency analyze, improving service and quality, guaranteeing safely use of medical supplies.
Equipment and Supplies, Hospital ; Hospital Information Systems ; organization & administration ; Management Information Systems ; Materials Management, Hospital ; organization & administration ; Software Design

OBJECTIVETo meet the needs of clinical practice of rescuing critical illness and develop the information management system of the emergency medicine.

METHODSMicrosoft Visual FoxPro, which is one of Microsoft's visual programming tool, is used to develop computer-aided system included the information management system of the emergency medicine.

RESULTSThe system mainly consists of the module of statistic analysis, the module of quality control of emergency rescue, the module of flow path of emergency rescue, the module of nursing care in emergency rescue, and the module of rescue training. It can realize the system management of emergency medicine and,process and analyze the emergency statistical data.

CONCLUSIONSThis system is practical. It can optimize emergency clinical pathway, and meet the needs of clinical rescue.

OBJECTIVEThe information management of medical materials by using high-tech computer, in order to improve the efficiency of the consumption of medical supplies, hospital supplies and develop a new technology way to manage the hospital and material support.

METHODSUsing C # NET, JAVA techniques to develop procedures for the establishment of hospital material management information system, set the various management modules, production of various statistical reports, standard operating procedures.

CONSEQUENCEThe system is convenient, functional and strong, fluent statistical functions. It can always fully grasp and understand the whole hospital supplies run dynamic information, as a modern and effective tool for hospital materials management.

This paper analyzes and explores the possibilities of digital information-based management realized by equipment department, general services department, supply room and other material flow departments in different hospitals in order to optimize the procedures of information-based asset management. There are various analytical methods of medical supplies business models, providing analytical data for correct decisions made by departments and leaders of hospital and the governing authorities.
Equipment and Supplies, Hospital ; Hospital Information Systems ; organization & administration ; Materials Management, Hospital ; methods ; organization & administration

OBJECTIVEThis paper adopts advanced information technology to manage medical supplies, in order to improve the medical supplies management level and reduce material cost.

METHODSIt develops a Medical Supplies Management System with B/S and C/S mixed structure, optimizing material management process, building large equipment performance evaluation model, providing interface solution with HIS, and realizing real-time information briefing of high value material's consumption.

CONCLUSIONThe medical materials are managed during its full life-cycle. The material consumption of the clinical departments is monitored real-timely. Through the closed-loop management with pre-event budget, mid-event control and after-event analysis, it realizes the final purpose of management yielding benefit.

OBJECTIVETo develop a maintenance management system for medical equipment based on HIS. The system contains some special functions( including preventive maintenance, automatic job dispatch, performance assessment, etc.) which are very useful for confirming the medical equipment in proper conditions and promoting the working efficiency of the staff. The system provides technical support for the improvement of the maintenance management level.

METHODSThe system, completed the software design using C/S, B/S combination mode.

RESULTSThe system realized clients of various sections of zero maintenance, and make the data manipulation, statistical features of equipment management department more convenient.

CONCLUSIONthe system connects the subsystems closer and interacts information from time to time, forming a tight network structure. This provides a basis for future hospital-wide information integration.

This paper introduces the design and implementation of the Hospital Information Systerm (HIS) with higher usability, balanced load and better safety, through a scientific construction of servers and databases, based on the application practice in Zhejiang 1st Hospital.
Databases, Factual ; Hospital Information Systems ; organization & administration ; Software Design

It is important to establish the hospital information system security policies. While these security policies are being established, a comprehensive consideration should be given to the acceptable levels of users, IT supporters and hospital managers. We should have a formal policy designing process that is consistently followed by all security policies. Reasons for establishing the security policies and their coverage and applicable objects should be stated clearly. Besides, each policy should define user's responsibilities and penalties of violation. Every organization will need some key policies, such as of information sources usage, remote access, information protection, perimeter security, and baseline host/device security. Security managing procedures are the mechanisms to enforce the policies. An incident-handling procedure is the most important security managing procedure for all organizations.
Computer Security ; Hospital Information Systems ; organization & administration ; Policy