Hospitals are experiencing an increasing amount of financial difficulty due to government control of hospital rates since national health insurance has been implemented. The decision support system(DSS) was developed to provide cost and revenue information for the services rendered by each department in an effect to reduce costs. This information may be used to identify the causes of financial loss if cost exceeds revenue and to conduct variance analysis or portfolio analysis to improve financial situation of hospitals. The DSS was developed using a micro-mainframe interface approach where the mainframe computer collects and summarizes daily cost and revenue data and the micro computer computes the cost for each department. The significances of this paper are to determine the cost allocation basis and methods which are suitable to Korean situation and to apply DSS technology to the cost analysis.
Computers, Mainframe ; Cost Allocation ; Costs and Cost Analysis* ; National Health Programs

Aiming at the low efficiency and low quality detection level of the manual infusion set, a gas detection system for infusion set based on STM32 single-chip microcomputer was designed. The detection system includes hardware system design and software system design. The hardware system is based on the STM32F103 single-chip microcomputer. It mainly designs the gas pressure sensor acquisition circuit and the multi-way solenoid valve control circuit. The software system uses a C ++ real-time operating system to ensure system monitoring's real-time performance and validity. Test data is transmitted to the upper computer and displayed via USB serial communication. The experiment proves that the infusion set gas detection system can perform gas detection on the infusion set. The system has the characteristics of stability and high accuracy. The relative error of the experimental measurement is within ±5%, and the detection efficiency is better than manual detection.
Computers ; Equipment Design ; Microcomputers ; Software

Chlorine ; Computer Simulation ; Computers, Analog ; Diffusion ; Software

PURPOSE: As our society ages, a disease like benign prostatic hyperplasia (BPH) are increasing and needs consequent management. Recently, through the expansion of the communication infrastructure and terminals, a network services can be provided. However, the concern about distant medical management is increasing. We introduce here the Personal BPH Control Program (PBCP) and its application to clinical patients. MATERIALS AND METHODS: We have asked BPH patients to input the variable elements on the digital survey through the Personal Digital Assistant (PDA) once a week. We used the International Prostate Symptom Score (IPSS) and the average flow rate as the variable elements. We have used an algorithm to determine the patients condition. With this, we have developed a program that helps patients to adjust their visits to the hospital. RESULTS: According to the input elements, we have determined that the patients' condition was good (visit the hospital every 3 months) when the IPSS decreased, compared with the baseline and when the average flow rate was up above 2ml/sec. The patients' condition was a warning (visit the hospital every 2 months) when the IPSS was increased to below 3 and the average flow rate was down below +/- 2ml/sec, and the patients' condition was urgent when the IPSS increased to above 4 and the average flow rate was down above 3ml/sec. CONCLUSIONS: We expect that the PBCP has great socioeconomic utility when applying it to patients. A portable personal apparatus for measuring the flow rate is now being developed. When sufficient examples of applying the symptom algorithm have accumulated, we are going to report afterward the prospects of using the PBCP in the future.
Computers, Handheld ; Humans ; Prostate ; Prostatic Hyperplasia ; Telecommunications

In view of the high recognition error rate and long scanning time in the existing hospital scanning technology, a new hospital operating room scanning system is designed based on personal digital assistant (PDA). The PDA scanning device adopts PIC16F877A microcontroller of 8 bit for wireless transmission through RFID and bluetooth technology, the code scanning efficiency is greatly improved. In addition, in order to improve the accuracy of image analysis, this study also adopts the energy driven sampling classification algorithm (EDS-CA) to properly preprocess the medical data information received through PDA scanning, then constructs a function classifier, and improves the image processing efficiency according to the EDS-CA reduction process. The experimental results show that the average accuracy of the code scanning system designed in this study is 95%, which proves that PDA code scanning has good performance.
Algorithms ; Computers, Handheld ; Hospitals ; Operating Rooms ; Technology

PURPOSE: This study was conducted in order to evaluate the possibility of improving the comprehension and satisfaction of patients discharged after receiving discharge instructions using a tablet personal computer (tablet PC), compared with conventional discharge instructions. METHODS: A randomized, prospective, consecutive, exploratory study was conducted on patients with ureteral stones in an emergency department (ED). The patients' objective comprehension, satisfaction, and subjective comprehension regarding their discharge instructions were compared with regard to discharge instruction (traditional verbal method, N=53 versus tablet PC method, N=53). RESULTS: No statistically significant differences in age, gender, or level of education were observed between the two groups. The mean number of correct answers regarding ureteral stones on the questionnaire was 2.35+/-1.02 in the conventional group (CG) and 3.37+/-0.9 in the tablet PC group (TG) (p<0.05). The score for satisfaction was 7.75 in the CG and 8.03 in the TG (p>0.05). The subjective comprehension score was 7.42 in the CG and 7.8 in the TG (p>0.05). CONCLUSION: Objective comprehension of ureteral stones showed improvement in the group with discharge instructions provided by the tablet PC. However, satisfaction and subjective comprehension did not show improvement.
Comprehension ; Computer-Assisted Instruction ; Computers, Handheld ; Emergencies ; Humans ; Microcomputers ; Patient Discharge ; Prospective Studies ; Surveys and Questionnaires ; Ureter ; Urolithiasis

Calculating mean number and standard error or standard deviation by normal calculation method has the correct result as using Microsoft – Excel. Applying Summary Statistics in Descriptive Statistics, we get mean number, standard error, standard deviation and many other results including Sample Variance. If two variances of two samples are the same, we use T- test method. Therefore, we have concrete value of p, which can be use to identify higher or lower expressed value
Statistics ; Computers

Physicians, Computers

OBJECTIVEChanging the current situation that doctors carry large amounts of paper medical records doctor's advice during clinical examination to improve the efficiency of examination.

METHODAnalysis of current business demand in doctor's clinical work, followed with a comprehensive improvement program.

RESULTDesign a Tablet PC system comply with doctor's clinical demand in both software and hardware.

CONCLUSIONBy using the Tablet PC physicians improve the efficiency of work, realize the reengineering and optimization of traditional health services and management process.

Aiming at the current situation of performance testing of hemodialysis extracorporeal circulation tubing, which has slow efficiency, inaccurate measurement, and inconvenient testing, a portable detection system for testing the performance of hemodialysis extracorporeal circulation tubing is designed. The system mainly includes a hardware system and a software system. The hardware system uses STM32F407 single-chip microcomputer as the core to design the driving control of the roller pump; the software system uses the C++ real-time operating system, and the flow detection data is transmitted to the upper computer through RS485 communication and displayed. Experimental showed that the system detects the accuracy and the stability of the flow rate. It has the characteristics of stability and high precision. The relative error of the experimental measurement is within the range of ±10%. The weight of the whole machine is 2 kg, which improves the efficiency by 50% compared with the traditional detection method.
Computers ; Equipment Design ; Extracorporeal Circulation ; Microcomputers ; Renal Dialysis ; Software