共享元件-多系統設計的解決方案

Abstract

建築由各種不同的的系統所組成，每一個系統都與其他系統有所連結並互相影響。在某些情況當中，系統之中還包含著子系統，因此整個建築架構與行為將便成極度地複雜。在電腦問市之前，建築設計師難以處理複雜度太高之系統分析，但所幸現今強大的運算能力足以讓多系統甚至複雜系統的分析得以實現，透過系統的分析，建築設計師能夠更準確地做出決策，並且能夠進一步產出更有效率的「共用元件」，讓建築設計能夠更進一步最佳化，而且也讓建築設計有一套邏輯客觀的理論作為依據，必免設計者浪費資源或是造成負面的系統影響。

Architecture is composed of numerous systems, and each system is related to one another. In some cases, one system may even contain several minor systems, hence the structure and the behavior are extremely complex. Before the computer age, the complexity is the major obstacle to analyzing the building system. With the advent of powerful calculation ability, the complexity analysis has become feasible. My thesis therefore focuses on building a uni-solution to address multiple systems in the architecture field.