• 제목/요약/키워드: computerization

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Development of Automated Risk Analysis Tools(HAWK) for Information System Environments (전산 시스템 보안을 위한 자동화 위험분석 도구 (HAWK: Hankuk risk Analysis Watch-out Kit)의 개발에 관한 연구)

  • Yoon, Jeong-Won;Shin, Soon-Ja;Kim, Ki-Su;Lee, Byung-Man;Song, Kwan-Ho
    • Proceedings of the Korea Institutes of Information Security and Cryptology Conference
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    • 1996.11a
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    • pp.65-74
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    • 1996
  • Risk analysis is time-consuming and expensive process〔1〕〔6〕. Automated risk analysis tools have been widely used in industry and government to support decision making process and reduce cost. However, difficulties in materializing impact of threats and fast-changing network environments make analysis process more complicated and less trusted since impacts are relative in network environments. HAWK system is developed to improve the accuracy of analysis result in network-oriented environment. It provides user-friendly environments and considers network environments as primary assets.

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The study on blocking virus and harmful information through firewalls (방화벽에서 바이러스 및 불건전정보 차단에 관한 연구)

  • Song, Eui;Kwon, Seok-Chul;Kim, Nam-Wook;Lee, Byung-Man;Song, Kwan-Ho
    • Proceedings of the Korea Institutes of Information Security and Cryptology Conference
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    • 1996.11a
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    • pp.185-189
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    • 1996
  • 외부의 불법 침입자로부터 내부 네트웍 보안을 위한 하나의 솔루션으로 방화벽이 제공되고 있다. 방화벽은 크게 패킷필터링 방식과 어플리케이션 방식의 방화벽으로 나누어지는데 어플리케이션방식은 프락시 기능을 이용한다. 본 논문에서는 어플리케이션 방식의 방화벽에서 FTP Proxy, SMTP Proxy를 통한 파일전송시 바이러스 차단 및 HTTP Proxy를 통한 음란, 폭력물과 같은 불건전정보를 차단하는 방법을 제시하였다.

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An Evaluation of the Impact of Integration and Computerization on Construction Projects (인테그레이션과 컴퓨터 사용이 건설프로젝트에 미치는 영향 평가)

  • Kim Chankyu
    • Korean Journal of Construction Engineering and Management
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    • v.2 no.4 s.8
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    • pp.92-97
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    • 2001
  • The level of awareness and actual implementation of integration and computerization in the construction industry is growing. However, it is not clear at this point how to assess the extent of their impact and to identify in which ways they better support the construction projects related to their success. The objectives of this research are the development of a model to evaluate the impact of integration and computerization on construction projects and the recommendation of guidelines for companies in identifying suitable ways for them to incorporate integration and computerization Into their operation. The developed conceptual model has been found robust enough to be used as a benchmarking tool in evaluating the performance of the construction process and to strategize its future operation.

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A study on the methodology and case to measure the performance of KIPONET (특허행정정보화 성과분석 방법론 및 측정사례 연구)

  • Chung, Myung-Joo;Sim, Hwang-Seop;Kim, Dong-Hyeon;Kang, Moo-Jung;Jeong, Myeong-Seon
    • 한국IT서비스학회:학술대회논문집
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    • 2003.05a
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    • pp.291-300
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    • 2003
  • 공공부문에서 정보기술을 도입 활용함으로써 기관의 내부업무를 보다 효율화시키고 이를 기반으로 대민서비스를 제고시키는 효과를 가져오고 있다. 하지만 공공부문에서 이러한 효과를 보다 가시적으로 측정해서 분석했던 사례는 공공부문이라는 성격과 측정 자체의 어려움 등으로 인해서 극히 드물었다. 본 논문에서는 특허청의 특허행정정보화사업을 통해 특허청과 이를 이용하는 외부 이용자의 입장에서 나타난 효과를 화폐가치로 측정한 결과와 더불어 여기에서 적용되었던 주요 절차와 방법을 소개하였다.

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A study on the preventing equipment system of maintenance computerization system for Urban transit(I) (도시철도유지보수체계 시스템의 예방정비시스템에 대한 연구(I))

  • 이호용;박기준;안태기;김길동;한석윤
    • Journal of the Korean Society for Railway
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    • v.6 no.2
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    • pp.108-113
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    • 2003
  • The safety of staff, customers and of general Public in general viewed as one of the most important requirements in the urban transit. The maintenance computerization system for car of urban transit is a part of standardization and development of urban transit system, and We have been performed the establishment of maintenance computerization system from 2001 to 2005. The RAMS(reliability, availability, maintainability and safety) estimation for maintenance computerization system are utilized in a variety of computerization system for user's convenience and safety in maintenance. Ever since its inception though, the urban transit has searched for ways to improve reliability, availability, maintainability and safety of the railway subsystem. Provision of a reliable maintenance system include RAMS of the vehicles plays a very important role in achieving a safe system.

A Study of the Health Service Computerization State and the Occupational Nurses's Satisfaction Level on Computerization (산업간호현장의 보건업무 전산화시스템 활용현황과 산업간호사의 전산화 직무만족도 연구)

  • Jung, Hee Young;Park, Hyoung-Sook
    • Korean Journal of Occupational Health Nursing
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    • v.13 no.1
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    • pp.5-18
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    • 2004
  • This study aims to investigate the use state of the health service computerization system in the occupational nursing field and the occupational nursers' satisfaction level, and provide basic data to promote the development of the health service computerization system for the nursing field. For this study, a questionnaire was provided to 118 occupational nurses who belong to Busan and Gyeongnam branches of KAOHN(Korean Association of Occupational Health Nurses) for 2 months (from Dec. 1, 2002 to Jan. 31, 2003). A tool of Choi Yong-Heui(2000) was used to investigate the satisfaction level of using the health service computerization system. The collected materials were analyzed in real number and percentage, average and standard deviation, t-test and ANOVA by using the SPSS WIN 10.0 program. This study is summarized as follows: 1. The average age was $31.99{\pm}5.58$ old in this study. The married were 54.2%. Participants who graduated from a junior college was 76.9%. The average service period was $4.48{\pm}4.68$ years. In service types, 79.7% of participants served in a health care center. The average service period was $3.22{\pm}2.89$ years. The service place which had 1000 workers or more was 35.6%. 2. Only 20.3% of participants in this study had a computer use education. 3. The field who participants used mostly was communication/internet, $3.29{\pm}.85$ hours in average. 4. 97.1% of occupational fields had computers and peripheral devices: 71.4% in pentium computer, 42.8% in the hard disk capacity of 20-29GB, 60.0% in 15 inch monitors, 86.2% in printers, 18.1% in digital cameras, 12.4% in LAN, and 9.5% in scanners. 80.1% of the occupational fields which were objects of study could use communication. 5. The occupational fields which did not introduced the health service computerization system were 62.8%. The main cause was attributable to entrepreneurs' insufficient recognition 66.6%. 51.5% of the entrepreneurs did not have an introduction plan. 37.2% of participating companies had the health service computerization system. 56.4% of them introduced it since the year 2000. 81.6% of the introduction motivation aimed to the efficiency of health service. The most issue upon introduction was insufficient understanding of a person in charge - 25.6%. The in-house development of the system covered 56.4%. 61.5% of the participants accepted their demands from the first stage of development. The direct effect of computerization showed the increase of 25.9% in the quickness and continuity of service treatment, and 25.9% in the serviceability of statistical treatment. 6. 22.0% of the participants had a computerization system use education. 69.2% of them had a in-house education. An educational method by nurses who used the computerization system was 76.9%. 92.3% of the education was helpful for practical duties. 7. An analysis of the computer use by health service fields showed that the medicine management in a health management field was 15.9%. the work environment measuring management in a work environment filed was 32.9%. the employment. general and special examination management in a heal th management field was 61.1 %. the various reports management in an administrative field was 64%. the health education data preparation management in an educational field was 58.0%. and the medicine and expendables management in an equipment management field was 51.6%. An analysis of the computerization system use showed that the various statistical data manage in a health management field was 13.0%. the work environment measuring management in a health management field was 34.8%. the personal disease management in a health management field was 51.9%. the heal education data preparation management in an educational field was 54.5%. and the equipment management of health care centers in an equipment management field was 52.6%. 8. 31.6% of the participants wanted that health service computerization system would include the generals of health services. 42.4% of the participants thought that first of all. the aggressive interest and investment of employers were required to build the health service computerization system. 9. The participants' satisfaction level on the computerization system use was $3.51{\pm}.57$ points. An analysis by each factor showed $3.62{\pm}.68$ points in a service change factor. $3.15{\pm}.63$ points in a computer program use factor, and $3.45{\pm}.71$ points in a continuous computerization use factor. 10. An analysis of the computerization system use by general characteristics of participants showed that the married (p = .022) had the satisfaction level higher than the unmarried. 11. The satisfaction level of the computerization system use by participants' computer use ability tended to be higher in proportion to the increase of computer use abilities in spreadsheet (F=2.606. p=.048). presentation (F=3.62. p=.012) and communication/internet(F=2.885. p=.0321. Based on the study results mentioned above. I will suggest as follows : The nationwide enlargement and repetition study is required for occupational nurses who serve in occupational nursing fields. The computerization system in a health service field is inferior comparing with other fields. The computerization system standard by business types and characteristics should be prepared through employers's aggressive participation and national support. Therefore various statistical data which occurs in occupational fields will be managed systematically and efficiently. A regular and systematic computer education plan for occupational nurses in charge of health services in the filed is urgently required to efficiently manage and improve the health of on-site workers.

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