基於物聯網之伺服器效能與負載研究

隨著網際網路與物聯網(IoT)技術發展迅速，網路相關的應用也越來越方便和進步，相對的智慧生活也隨之出現並且發展迅速。在物聯網系統中，需要接收完善、即時的感測數據，因此對於伺服器的請求量會相當的大，在這種情況下伺服器的效能的重要性相對而言就重要多了。在相研究中，我們推測專用的伺服器遠比通用性的伺服器的效能要更好，因此設計了一個實驗來驗證之，在這個實驗中，我們利用JavaScript、jQuery撰寫在前端持續發送web請求的程序，再利用動態網頁做一個簡單的設定介面，最後也確實驗證了我們的推論。最後，我們據此提出了一個架構在效能上適合物聯網系統的伺服器配置架構，以期能讓系統能提供更良好的服務品質。

關鍵字

物聯網；網站伺服器；後端技術

並列摘要

With the rapid development of Internet and Internet of Things (IoT) technologies, network-related applications are becoming more convenient and progressive, and relatively intelligent life has emerged and developed rapidly. In the IoT system, it is necessary to receive perfect and immediate sensing data, so the request for the server will be quite large, and the importance of the performance of the server is relatively important in this case. In the phase study, we speculate that the dedicated server is far better than the general-purpose server, so we designed an experiment to verify it. In this experiment, we use JavaScript and jQuery to write and send web requests on the front end. The program, then use the dynamic web page to make a simple setting interface, and finally verified our inference. Finally, based on this, we propose a server configuration architecture suitable for the Internet of Things system, in order to enable the system to provide better service quality.