近年來無線網路蓬勃發展，除了效能上的技術進步，設備設定及維護也變簡單，家家戶戶也都有相關的設備，小環境設備少還好維護，但是環境變大了要從管理個位數的設備變成到管理到上百個數的設備。管理者勢必要有將近上百份的設備設定檔案要維護及備份，也要記得的各設備的位置，繁雜的工作也影響到工作的效率，提供的服務也僅僅能夠連至網際網路的服務，如要做多一些的服務也是必因設備管理不易而作罷。
在本論文提出一種無線網路集中控管式方法與架構，以無線網路定位方式將無線網路基地台的控管方式納為單一管控，在這架構中無線網路只要維護一份設定檔案及設備，且可以即時監看設備運作情形並加強無線網路資訊安全簡化維護方法並提升管理效率，將會大幅度減少無線網路基地台的設定時間，減少了設定無線網路基地台出錯的機會，因此本研究，除簡化管理並可提供使用者位置資訊，也可管理無線網路內使用者移動位置，降低複雜性並增強管控能力，提供更經濟更多元化的服務功能。

Over past years, booming wireless network, in addition to performance on the advances in technology, equipment and maintenance has become a simple setting, every household also have related equipment, environmental equipment, small little better maintenance. But the larger environment, and from the management a bit number of devices to manage the hundreds of numbers equipment, it is very difficult work. Manager is bound to be close to hundreds of copies of the device configuration file to maintain and backup, and remember the location of each device, the complex of work affected the efficiency to provide the services only can connect to the Internet services. Such as the service is done will be more difficult to manage the plan was dropped.
In this thesis, we proposed an approach to centralized control positioning wireless network. Because of equipment, and centralized management of a wireless network as long as the maintenance of configuration files and equipment, and can real-time monitor equipment is operating and to enhance wireless network security, simplify maintenance and improve the efficiency of management methods. In addition to simplifying management and provides the user location information can also be managed within the user mobile wireless network location, which reduce complexity and enhance control capability, and provide more economic, more diversified services.

中文摘要 i
ABSTRACT iii
誌　謝 iv
目錄 v
表目錄 vii
圖目錄 vii
第一章、緒論 1
1.1 研究動機 1
1.2 研究目的與解決方案 2
1.3 論文架構 3
第二章、相關理論基礎 4
2.1 集中式控管無線網路架構 4
2.2 建立架構中通訊協定LWAPP 4
2.3 集中控管無線網路基地台控制器功能 9
2.4 行動定位服務MLBS (Mobile Location-Based Services) …………………………………………………………..11
第三章、定位系統的組成與架構 23
3.1 系統組成架構 23
3.2 建置集中控管無線網路 24
3.2.1 無線網路控制器 24
3.2.2 集中式無線網路基地台 29
3.2.3 無線網路控制器系統紀錄伺服器 31
第四章、服務系統實作 34
4.1 應用伺服器管理網頁 34
4.2 無線網路設備服務網頁 36
第五章、結論與心得 40
5.1 結論 40
5.2 未來展望 40
參考文獻 42

附錄A 網路控制器設定範本 45
附錄B 無線基地台與無線網路控制器溝通時記錄 57

[1] Jochen Schiller and Agnès Voisard，” Location-Based Services” ，eds. 2004.
[2] Johan Hjelm，”Creating Location Services for the Wireless Web”， February 15，2002.
[3] 葉振男，"淺談行動定位技術的發展"，拓墣產業研究所焦點報告，no18，July 1，2004.
[4] 崔文、殷志揚、陳昭男，”行動網路定位技術概觀”， 電腦與通訊，第115期，pp 54-60 ，March，2006.
[5] 林暉景，”IEEE 802.15 技術研究－各種測距演算法之介紹“，工研院電通所技術專欄，November 16，2005。
[6] Cisco System.
[7] 翁峰偉，”無線感測網路定位系統之實現 “，July，2005.
[8] 黃啟欣，無線定位感知環境中 RSSI 資料函式化之研究，January，2009.
[9] 葉生正、邱奕世、彭詠靖，以RSSI 預測模型為基礎之室內LBS 技術的研究，Journal of Informatics & Electronics， Vol.1， No.1，pp.1-8， March ，2006.
[10] Brian L. Smith ; Han Zhang ; Michael D. Fontaine ; and Matthew W. Green，Wireless Location Technology-Based Traffic Monitoring :Critical Assessment and Evaluation of an Early-Generation System，JOURNAL OF TRANSPORTATION ENGINEERING © ASCE，pp. 576 – 584，October， 2004.
[11] 吳世琳，張自強，葉禹良， 許冠傑，無線網路定位技術應用於即時救援，台灣職能治療研究與實務，pp 139–150，April，2008。
[12] 陳彥錚 佘祥和 沈維倫 施翔昇 詹曜榕，無線區域網路定位服務之研究，January 14，2009。
[13] 莊智清，沈子貴，林景頎以可程式系統晶片發展平台實現無線網路室內定位之分析與應用，Proceedings of 2005 CACS Automatic Control Conference ，November 18-19， 2005.
[14] T. S. Rappaport ; J. H. Reed and B. D. Woerner . ”Position Location Using Wireless Communications on Highways of the Future” Communications Magazine, IEEE ,p.33 - 41 Oct 1996 .

[15] Kim Jeehong ; Chang-goo Lee , “Location and Position Recognizing Method by Wireless Ethernet Signal Strength in Indoor Industrial Technology”, 2006. ICIT 2006. IEEE International Conference on ,p, 670 - 674 , 15-17 Dec. 2006.

[16] Khrebtov, P. ; Pottkeir, A. ; Max, S. , “A Wireless Location System for Sensing the Relative Position between Mining Vehicles”, Instrumentation and Measurement Technology Conference Proceedings, 2007. IMTC 2007. IEEE ,p,1-5,1-3 May 2007.
[17] Cho, S.Y. ; “Localization of the Arbitrary Deployed APs for Indoor Wireless Location-Based Applications Consumer Electronics”, IEEE Transactions on, p. 532 – 539, May 2010.
[18] Woo-Chool Park ; Myung-Hyun Yoon ; KETI, Kyunggi,” The Implementation of Indoor Location System to Control ZigBee Home Network”, SICE-ICASE, 2006. International Joint Conference ,p. 2158 – 2161,18-21 Oct. 2006.