The objective of this study was to determine the response of QTL in each generation during selection to develop inbred lines. The simulation program was written in Fortran. Magnitude of QTL effects, base population size, number of QTL assigned to population, and the allelic frequency for the positive allele at each major QTL were highly associated with number of generations to fixation of QTLs during selection. Populations with larger QTL effects and larger base population size had more individuals with fixed QTL. However, a smaller number of QTL assigned to population had a higher fraction of individuals with fixed QTL at each generation compared with more populations with QTL. This simulation study will help to design biological experiments for detection of QTL-marker association using inbred population and to determine optimum number of lines with fixed QTL during inbred line development. To complement this study, additional simulation should be need with abundant replicates, more various population sizes, magnitude of QTL effects, and recombination between markers and QTLs.

Since 1980's, many enterprises have constructed Strategy Information System and tried BPR, ISP. Also, they implemented ERP and practiced the Process Innovation and Six Sigma for Management Innovation in todays, Although most companies had provious good plans, but those are not satisfied. Because of failed to change management and continued next activity. Many Project for Process innovation are ended as disposal project in many case, if they want next project, they need a new plan which needs additional fund and re source. This paper studied Process Innovation and Six Sigma in many things and proposed new model for continued project on the master plan. Also it proposed next study subject about ERP Optimization and Harmonization after implemented ERP which is considered as next step of PI.

The Main Control Room(MCR) of Korean Next Generation Reactor(KNGR) has faced entirely new operation environment. The Computerized Procedure System(CPS) is completely different from existed Paper-based Procedure(PBP). The CPS which is improved by evaluation in this study is ready to be applied to the ergonomic foundations. In this study, we redesigned displays of the CPS as a Man-Machine Interface System(MMIS) to maximize human performance and to minimize human error and proposed an alternative display designs of the CPS applying principles related with MMIS.

This study focuses developing an effective mission strategy in a cyber culture to reach the new generation in Korea. It asks these important questions: "What are the barrier for the Korean churches in evangelism to the new generation?" "How can Korean churches change their Cyber culture in mission for the unchurched new generation?" In order to answer these questions, data was collected through questionnaires and interviews with members of the new generation in Korea. Both the characteristics of the new generation, and those of the emerging Cyber culture in Korea, were analyzed. Concerns for effective strategies of Korea church mission was an important issues in this study of how best to reach for Christ the Korean new generation. The writer's experience of mission in the Korean context led him to the strategy that the Korean churches need a multimedia mission approach using Cyber culture. Multimedia mission is a challenge for Korean churches seeking to reach the new generation. Korean churches need to be develop the mission strategies using multimedia appropriate for the Cyber culture of the new generation. Such multimedia must be part of an effective mission toward the new generation who embrace a Cyber culture.