• Title/Summary/Keyword: UBG

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Simulation Model for User-Perceived Service Availability (사용자 인지 서비스 가용도의 시뮬레이션 모델)

  • Ham, Young-Marn;Lee, Kang-Won
    • Journal of the Korea Society for Simulation
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    • v.21 no.2
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    • pp.103-112
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    • 2012
  • Traditional system-oriented measures are no longer adequate to describe the availability perceived by the user. In this paper we investigate the service availability model and the user behavior graph. And we propose the simulation model, which determines the sevice availability considering user model, system model and service model at the same time. Through the example, we show how to construct the UBG of user model, system model and service model. And we investigate the effect of the parameters of system model and UBG on the service availability.

Biochemical Analysis of Crew's Blood and Urine before & after Long-Term Navigation (원양항해 전과 후 선원의 혈액 및 소변의 생화학적 분석)

  • Ha Hae-Dong;Moon Serng-Bae;Jun Seung-Hwan;Jeong Eun-Seok;Kim Jae-Ho
    • Journal of Navigation and Port Research
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    • v.30 no.5 s.111
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    • pp.415-420
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    • 2006
  • Urinalyses have been conducted for 28 crew's in H University's training ship and creatine and uric acid turned out to be higher in all ages, which can be inferred that board job has caused negative impact on kidney and/or malfunction In addition, TC and HDL-C, LDL-C ha; decreased, however, TG has increased after the navigation. All different positions including officer, crew, decker, engineer and radio part showed the similar pattern TC and HDL-C has decreased in 30s, 40s and TG has increased in 30s. A few of the 30's show extremely high TG rates so hyperlipidemia is suspected. 7 members turned out positive for UBG test and 5 positive for PRO test. Especially there was only one UBG positive before the navigation but, 7 members has become positive, which means the one-month long-tenn navigation has definite impact on the liver cell function.

Biochemical Analysis of the seamen's blood and urine before & after the ocean navigation (원양항해 전과 후 선원의 혈액 및 소변의 생화학적 분석)

  • Ha Hae-Dong;Moon Serng-Bae;Jun Seung-Hwan;Jeong Eun-Seok;Kim Jae-Ho
    • Proceedings of the Korean Institute of Navigation and Port Research Conference
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    • 2006.06b
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    • pp.5-11
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    • 2006
  • Urinalyses have been conducted for 28 seamen in K University's training ship and Creatine and Uric acid turned out to be higher in all ages, which can be inferred that on-deck environment has caused negative impact on kidney and/or malfunction. In addition, TC arid HDL-C, LDL-C has decreased, however, TG has increased after the navigation. All different positions including oater, crew, decker, engineer and radio part showed the similar pattern. TC and HDL-C has decreased in 30s, 40s and TG has increased in 30s. A few of the 30's show extremely high TG rates so Hyperlipidemia is suspected. 7 members fumed out positive for UBG test and 5 positive for PRO test. Especially there was only one UBG positive before the navigation but, 7 members has become positive, which means the one-month ocean navigation has definite impact on the liver cell function.

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Software Complexity and Management for Real-Time Systems

  • Agarwal Ankur;Pandya A.S.;Lbo Young-Ubg
    • Journal of information and communication convergence engineering
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    • v.4 no.1
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    • pp.23-27
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    • 2006
  • The discipline of software performance is very broad; it influences all aspects of the software development lifecycle, including architecture, design, deployment, integration, management, evolution and servicing. Thus, the complexity of software is an important aspect of development and maintenance activities. Much research has been dedicated to defining different software measures that capture what software complexity is. In most cases, the description of complexity is given to humans in forms of numbers. These quantitative measures reflect human-seen complexity with different levels of success. Software complexity growth has been recognized to be beyond human control. In this paper, we have focused our discussion on the increasing software complexity and the issue with the problems being faced in managing this complexity. This increasing complexity in turn affects the software productivity, which is declining with increase in its complexity.