元件的散熱問題一直都是電子產品重要且須迫切解決的議題，對於電子產品而言，高溫會使晶片失去其準確性、可靠度，嚴重甚至導致損毀，造成系統不穩定，故伺服器相關產業都致力於謀求解決其內部元件高發熱量的散熱技術。針對其散熱問題，絕大部分的解決方式為透過熱流軟體分析系統流場，將最佳的模擬結果搭配實際系統散熱片與風扇的開發，同時考量各裝置數量、性能、擺放位置等設計，最後加入控制器於風扇做輔助補償。
目前伺服器產品的散熱控制，較先進的法則為採用PID控制器，透過調節PID參數及風扇對感測器的權重值來完成系統散熱管理。由於上述方式耗時且不易解決系統耦合現象，故本研究應用模糊邏輯理論對伺服器系統進行散熱控制，並解決系統非線性與耦合問題，其系統架構以NI LabVIEW軟體搭配Single-Board RIO做為整體自動化程序系統監測、信號處理與控制法則之計算核心，本研究成功控制CPU與NB晶片溫度於臨界值誤差範圍內，並解決系統耦合現象，由此顯示應用模糊控制於伺服器散熱系統具有可行性與前景。

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