在這篇論文中，提出了一個網狀的scatternet formation algorithm；這個方法利用了Bluetooth Specification 上的功能提供了快速的Scatternet 建構方式，而不需任何額外的硬體花費。相較於以往的拓樸方式，我們採用先使藍芽形成多個個別的Piconet，在藉由通道點的選取及串接，使藍芽網路在建構時，可以花費較少的建構時間，以及在資訊傳送時，較短的資料傳遞路徑。
在模擬分析比較了Scatternet 建構時間、各個拓樸特性、以及演算法帶來的額外花費，在本篇論文中提出的方法的確在建構時間上比其他的方法快，而建構出來的拓樸特性也顯示，在繞送路徑上，明顯可以取得較短的繞送路徑。
另外，在系統實作部分，在本篇論文中，成功地將藍芽聯網系統與嵌入式遠端監控系統作結合，其中包含Windows CE .NET作業系統為主要運行平臺，藉由其嵌入式、模組化及硬即時特性，大大地改變以往高階監控系統需龐大的系統資源及不穩定的缺點；除此之外，在遠端監控部分，整合了藍芽通訊介面使系統擁有無線傳輸能力，在繁瑣且長期的監控下得到最佳的幫助。

In this paper, a scatternet formation algorithm for Bluetooth specification is proposed. This method utilizes the function of Bluetooth specification to speed up the construction of scatternet, and yet costs extra hardware. the proposed algorithm is the best choice after compared by simulation with other algorithm in construction time of scatternet, the character of every topologies, and extra payment. A shorter routing path is also provided by the proposed algorithm obviously.
Furthermore, in the system implement, this work combines Bluetooth scatternet with remote monitoring/control system based on embedded system successfully, which includes the platform based on WinCE.NET. In the past, the high-level remote monitoring/control system is unstable and expenses huge resource. it improves the disadvantage of that by the property of embedded, modulization, and hard real-time. Besides, it combines with communication interface of Bluetooth in the remote monitoring system, and gives it the ability of wireless data transferring. It gives the long-time and complex monitoring a great aid.

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