<p> A new computer executive system for the steady state simulation of chemical processes has been developed which combines modular (GEMCS) approach with the simultaneous linear equation (SYMBØL) approach to simulation. In the combined system, a GEMCS simulation, using non-linear models, is used to generate the coefficients for the set of linear equations describing the process. This linear system of equations may also include the constraints on the process which dictate the operating conditions for the actual process. The solution of the linear equations then provide new operating conditions (feed flowrates together with the component flowrates in the recycle streams) for the modular simulation, which in turn provides new coefficients; etc. This iterative procedure is automatically continued until the system is converged to the desired point. </p> <p> A modular simulation for an actual Naphtha Reforming Plant has also been achieved and it was used as a test case to demonstrate the use and effectiveness of this new executive system. In the course of developing this simulation, the application of a method for correcting plant data was demonstrated. This is the first real application of this method to be reported in the current literature. </p> / Thesis / Master of Engineering (ME)

食品業在國內的發展受限於市場規模及通路的限制，一直無法能在業績上有所突破，加上近年來國際品牌大舉在國內市場推出新產品，一改以往以價格或是份量做為競爭的模式，讓產品逐漸走向特色化、精緻化。 本研究個案公司在食品業深耕數十年，對於市場的劇烈轉變需有明確的策略方向及策略執行的模式。本研究運用吳安妮(2003)所提出的策略形成系統4.7.4為策略形成系統，透過各面向的分析，為個案公司做全面性的策略診斷，最後擬定出策略主軸。 而在策略形成之後，本研究依據 Kaplan and Norton(1992)提出的平衡計分卡做為策略執行的工具，並展開策略地圖、定訂個策略議題的策略目標及未來評估的目標值。