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스타트업과 벤처기업의 우수인력유치 위한 주식연계형 보상방안연구: 양도제한조건부주식(RSU) 도입 중심으로
황보윤,양영석 한국벤처창업학회 2023 벤처창업연구 Vol.18 No.6
Strong Critics of‘ Moral Hazard, due to plummeting severely their stock price down and damage falling on plain investor, has been skyrocketed against massively and simultaneously exercising stock option right of C-Level members in Stock market listed startups right after IPO regardless of proper and legal process followed. Korean Financial Supervisory Board initiate new act of extending to apply‘Lock-up Rule’even to stock option of core interest group after IPO. However, it will cause startups and venture more difficulties to recruit top level of talented staffs. This paper aims to propose RSU(Restricted Stock Unit) as alternative to breakthrough the current deadlock issue with respect to stock option controversy many startups facing. This paper to meet goal, first, including Korean introducing status of RSU, it clarify the concept of RSU by comparing exploration with Restricted Stock and define characteristic of RSU by comparing Stock Option. Second, it bring more effective ways of startups introducing RSU in Korea overcoming its limitations and challenges. Third, it carry out FGI to legal expert deeply involved of introducing RSU in Korea at policy domain. FGI focus on defining core challenging factors and their level of huddles of introducing RSU in Korea with proposing breakthrough policies to landing RSU softly in Korea. Fourth, it suggest valid policies of introducing and stabilizing RSU in Korea completely. This paper expect some contributions Korean startups and venture on finding market friendly right breakthrough out of stock option dilemma currently in.
이차원 유사이동모형을 이용한 해저지형변화 예측 : 지형변화 Bottom Change
황보윤,이남주 경성대학교 공학기술연구소 2003 공학기술연구지 Vol.10 No.-
A depth-averaged two-dimensional sediment transport model was applied to simulate the bed level changes before and after Woojeong sea-dike construction in Hwaong site. The model is a semi-coupled finite difference model that can be applied to rivers, reservoirs, lakes, estuaries, or coastal regions, and can simulate the transport of fine sand, silt, and clay. A prediction result of the numerical model showed that deposition occurs dominantly in the bed level changes due to sea-dike construction.