Aiming at the shortcomings of traditional medical device tracking and supervision mode, such as delayed feedback of medical device positioning information, poor visual tracking effect of medical device, and missing early warning of medical device working state supervision, a medical device visual tracking and supervision system based on wireless Local Area Network (LAN) real-time positioning system is developed. Introduction of wireless LAN real-time positioning system, using standard coding algorithm generating device object ID tags, with the only attribute based on RFID read-write terminal complete physical mapping of medical equipment and material ID label, we realize a real-time positioning and traceability of medical equipment, with the help of active warning algorithm based on depth of learning medical equipment working state supervision for early warning, with the help of indoor map generation and trajectory playback medical equipment to realize visualization back regulation. Choose equipment of hospital of Linyi Central Hospital for performance evaluation of the carrier, the evaluation model of engineering practice and clinical statistical analysis, the results show that the system has a complete real-time positioning, visible trace, abnormal warning function. In medical equipment real-time positioning information visual tracing feedback, abnormal state warning etc, medical equipment has obvious advantages.
Algorithms ; Local Area Networks

OBJECTIVE: Thanks to the development of combining computer technology and communications, the concept of communications is undergoing radical changes. Using this method of communicating we have developed an Internet homepage of our department and another designated Medmark-neurosurgery. This homepage will be used to educate not only patients with neurosurgical disorders, but also residents in the neurosurgical field. It will be a forum for physicians to communicate among each other to discuss new skills, keep abreast of current develop-ments and share resources to enhance their practices. METHODS: The Internet homepage resources reside on an Alpha 1000 and local area networking system. Microsoft Windows NT and 95 were applied for both server and client use. Software for client use is also included. Uniform resource locator is SCHUH-neurosurgery is'http://hosp.sch.sch.ac.kr/ns' and for Medmark-neurosurgery it is'http://medmark.org/ns'. Material intended specifically for the neurosurgeon is classified and will be loaded on the server. RESULTS: The SCHUH-neurosurgery site had 3862 accesses for 2 years. The main page showed clinical, research and educational information. Personal homepage showed curriculum vitae, publications, research and clinical interest. It has been found to be very useful in communicating with neurosurgeons worldwide. The Medmark-neurosurgery homepage categorized 200 sites as 23 general information(23%), 9 consumer(4.5%), 8 association(4.0%), 56 departments(28%), 6 journals(3.0%), and 98 specialty(49%). Among the specialty sites were anatomy, tumor, vascular subcategories and much more information. CONCLUSIONS: We will present ideas on current and future applications of the Internet homepage in reference to neurosurgery with a comprehensive list of neurosurgical resources available on the Internet.
Curriculum ; Humans ; Internet* ; Local Area Networks ; Neurosurgery* ; Tocopherols

This article focuses on processes and various challenges when setting up a laboratory information system (LIS) using data from lab equipment accessed via a local area network (LAN), and then integrating the LIS information into the overall hospital information system (HIS). These processes may then be applied in other areas of coordinating hospital information.
Hospital Information Systems ; Local Area Networks ; Systems Integration

Medical education and research require various forms of information, which form multimedia data. While traditional computer can only deal with numeric and coded data, modern computer technology enabl es intergrated management of multimedia data. The present system was designed to perform convenient, acquisition, processing and analysis, and efficient presentation of medical multimedia data. APC-486 DX2 system epuipped with 8MB DRAM and 250 MB HDD provided fast enough computation speed, and image quality guaranteed by 17-inch SVGA color monitor. Both sound and image data are simultaneously acquired through a condenser microphone and audiocard, and respectively, in a video signal format. Printed pictures are digitized by a color scanner. Data transmission is also possible through a local area network (LAN). Acquired media data are structured in a hierarchy with the image data as apex. A variety of image processing and analysis algorithms were implemented and the media data can be reproduced simultaneously. Furthermore, simple and dynamic image animation can be performed to enhance data editing and authoring capability. Selected data sets can be reproduced in a user defined sequence, enabling "multimedia slide presentation". User interface was made in Windows format and all application programs were written in Borland C++ for future flexibility and extension. The present system will be of convenient use to acquire, manage, and present multimedia data for medical education and research.
Dataset ; Education, Medical ; Local Area Networks ; Multimedia* ; Pliability

OBJECTIVE: Telemedicine uses common technologies that provide a conduit for information exchange between physicians nurses and patients. In addition to patient records, medical professionals can obtain vital signs and other reference data through telemedicine applications. also, recent advancement in RF technology and wireless communications has enabled the development of noble networks. Mobile telemedicine involves more than just communicating via mobile phone of PDA that sends and receives medical data on Portable Internet. METHODS: This paper describes the design of a mobile telemedicine PDA prototype based on Embedded Linux that can be used to monitor the medical information using a single board computer(SBC). RESULTS: The device hardware architecture consist of signal conditioning circuit, single chip micro-controller, LCD display and wireless network interface card(W-NIC). Embedded Linux was ported as its operating system and application software was developed QT/embedded 2.3.7. CONCLUSION: This system would be very useful for patients with chronic illness, especially in an emergent environment, and for containing medical cost in the aged society.
Cellular Phone ; Chronic Disease ; Humans ; Internet ; Local Area Networks* ; Medical Records ; Telemedicine ; Vital Signs

Electromagnetic interference (EMI) can affect various medical devices. Herein, we report the case of EMI from wireless local area network (WLAN) on an electrocardiogram (ECG) monitoring system. A patient who had a prior myocardial infarction participated in the cardiac rehabilitation program in the sports medicine center of our hospital under the wireless ECG monitoring system. After WLAN was installed, wireless ECG monitoring system failed to show a proper ECG signal. ECG signal was distorted when WLAN was turned on, but it was normalized after turning off the WLAN.
Electrocardiography ; Humans ; Local Area Networks ; Magnets ; Myocardial Infarction ; Sports Medicine ; Wireless Technology

BACKGROUND: Reduction of the turnaround time of laboratory tests including blood collection and patient data input into computer is an essential step for improvement of laboratory services. We have evaluated some working situations for blood collection and patient data input into computer to find the best way to reduce the turnaround time in the first step of laboratory tests. METHODS: The time required for blood collection including waiting time and the time for patient data input into computer were recorded at five different situations consisting of various combinations of phlebotomists, a guide and a computer system with barcode labelling. The data were analyzed by Student's T-test and SAS (version 6.04, U.S.A.). RESULTS: A significant reduction of blood collection time was achieved by adding of one more phlebotomist rather than by adding of a guide, by adding the barcode system only, or by adding a clerk and the barcode system. The time for computer input of patient's information was remarkably reduced to one-fourth by the introduction of barcode system. CONCLUSIONS: The introduction of barcode system into blood collection process could not bring a reduction of turnaround time in blood collection however adding a phlebotomist brought a significant reduction of the time. The barcode system was only effective in a computer input of patient's information.
Automatic Data Processing ; Computer Systems ; Hospital Information Systems* ; Humans ; Local Area Networks*

Nosocomial infection management is one of the most important subjects in terms of risk management in a hospital. To achieve the nosocomial infection management appropriately, both public relations and information gathering are important. When it comes to publicity, it is desirable that information is offered quickly and efficiently and the personnel are able to access the information easily anytime and wherever they are. As for information gathering, it is also important to collect the information concerning the nosocomial infection promptly, and to tell it quickly to infection management persons including infection control team members. The infection control committee of our hospital has engaged in both publicity and information gathering by using the committee web site established in the LAN of the hospital since January 2004. The web site carries notifications, organization chart, list of committee members, various manuals, guidance of educational activities, infection management, etc. It is also used for questions and answers, and gathering information concerning nosocomial infection. The number of times the web site was accessed was about 200 every month, and was considerable at night and on holidays. This method of using the web site seems to be useful to promote nosocomial infection management.
Nosocomial Infections ; Infection as complication of medical care ; Information gathering ; Local Area Networks ; Hospitals

To address several hospital network issues, this paper discusses the overall plan, design and renovation of hospital's Local Area Network, making full use of existing network facilities. The techniques, such as Physical Separation of Internal and External Network, HSRP, OSPF, All-Routers Networking Model, etc., create features of extensibility, manageability, high safety, stability and so on to the overall network, and provide a reliable network platform to the function of the information systems.
Health Facility Size ; Hospital Design and Construction ; Hospital Information Systems ; Local Area Networks

Point-of-care (POC) testing is desirable because of both the ease with which it can be administered and its short turnaround time. However, because standard POC devices cannot transmit test results automatically to a laboratory information system (LIS), each result must be recorded by hand. This inconvenience not only increases the possibility of clerical errors, but also limits the proper use of test results. If POC test results are not saved in the LIS, it is hard to either monitor patients' health trends or to quality control (QC) the test results. In this paper, we describe how we have solved these problems by connecting 250 POC blood glucose test devices to the LIS via a local area network (LAN). After connecting the POC devices (we used the Accu-Chek Inform II; Roche Diagnostics, Germany) to a manufacturer-provided POC data management system (Roche's Cobas IT 1000; Roche Diagnostics), we developed our own interface program for delivering data from the Cobas IT 1000 system to the LIS. By installing a program to scan the identification barcode worn by patients on their wrists, network-connected POC devices enable users to omit extra ordering, receiving, and recording processes, and they also reduce the possibility of patient misidentification. Such a system also provides an effective way for physicians to follow both the current and accumulated test results of patients. We note that performing QC on glucometers and the sending of data via LAN to the LIS are necessary steps to monitor both patients' results and the QC of those results.
Blood Glucose* ; Clinical Laboratory Information Systems ; Glucose ; Hand ; Humans ; Local Area Networks ; Point-of-Care Systems ; Quality Control ; Wrist