現代人有絕大多數的時間處於室內的空間環境，不舒適的空間對人精神及健康上均有不健康的影響。由古至今人都試著在提升室內環境的舒適度，空調的發明在於使人類在空間中極有效率的得到舒適感；鑑古知今，未來人類生活上的行為模式與周遭的環境將朝向智慧化的發展，此外，能源短缺的警訊是從現在便一再提出的，想必未來能源的開發也必定是一大課題。本研究以設計的角度來看人類的發展，設計是規劃人未來的生活模式的理念作為出發點，進行智慧化舒適空間的研究。
本研究採Fanger根據人體熱舒適理論所推導的模型作為基礎，以及空氣中溫度、濕度變化過程中產生的焓值能量理論，藉由遺傳演算法作為球出最佳化的工具，設計一專家系統，並利用國內的氣候及調查數據實驗，製作為一適合國人使用之智慧型舒適度專家系統。祈能有利於提升空間對人體的舒適度。

Modern people stay in an indoor space almost whole day long. An uncomfortable space does many bad effects to people in psychology and physiology. Increasing the thermal comfort of indoor environment had been tried from ancient to modern time.
Till the invention of air condition enhances the thermal comfort of human beings who behavior in an indoor room efficiently. In the future, the interactions with environment and the living patterns of human will forward to intelligence developing, and reaching thermal comfort is a goal of intelligent living space. Besides, the warning of lacking energy has been addressed seriously in this century, and the issue of energy exploitation for the future is also a huge goal to people’s life.
This study is originated from the respect of design. Design is planning the living mode of future, and do research to make living space more intelligent by promotion thermal satisfaction of people.
The study is based on the human thermal comfort model offered by Fanger and the enthalpy energy theory. To reach the goals of thermal comfort and saving energy in the meantime, the genetic algorithm was as the applied optimization tool to find the optimal solution and establish an expert system to propose the advice. The experiment of this research adapts the data of the climate and investigation in Taiwan. Wish the expert system of thermal comfort will advance the satisfaction of living space to countrymen.

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