臺灣博碩士論文加值系統

在過去幾年中網路快速的演進，除了提供更高的頻寬，同時也提供了無線網路的移動性。WiMAX（Worldwide Interoperability for Microwave Access）的簡寫，意指(微波存取全球互通)為全球最新的寬頻無線通訊標準之一，提供無線 “最後一哩 (last mile) ”及行動終端寬頻接取之有效技術解決方案，使用的是802.16無線傳輸技術，不需透過傳統的電話線（PSTN）或是有線電視（Cable）就可高速連接上網，可改善傳統線路鋪設困難的缺失。WiMAX嚴格來說，其實只是一個論壇的縮寫，在WiMAX之上有一個非營利的組織＂WiMAX Forum＂，主要推廣IEEE 802.16系列標準及其相關的規範，以及驗證與測試IEEE 802.16相關設備。
這些年來，由於網際網路的迅速發展與各種寬頻連接技術的更新演進，造成了所謂datacom與telecom的沖擊及整合，再者網際網路加值服務版圖的擴張迅速，加快了建置寬頻網路並藉由整合video、data與voice(triple play)，提供全向性服務，並且利用ADSL技術、FTTx技術來提供更高的頻寬應用，目前最受人矚目的運用就是WiMAX與ITS的整合。本論文將描述整合目前普及的802.16d設備與NEMO網路於ITS(智慧運輸系統)上。並說明如何透過SNMP BUS的技術整合現有商業化設備，提供無線行動網路的服務。最後也將提到開發出來的系統，實際上的路面行動測試結果。

Fast gradual progress of the network in the past several years, except offering the higher one widely frequently, offered the movement of the wireless network at the same time. WiMAX( Worldwide Interoperability for Microwave Access) Simplify,mean (interflow) It is one of the global latest wide-band wireless communication standards, offer a wireless " last one " (last mile) "And take action the terminal wide band connects the effective technological solution fetched, use 802.16 wireless transmission technology, need to pass the traditional telephone wire ( PSTN) or cable TV ( Cable) Surf the Net, can improve the traditional circuit and lay the difficult disappearance in very high-speed connection。WiMAX only one abbreviation of forum in fact seriously, there is a non-commercial organization " WiMAX Forum " on WiMAX, popularize IEEE 802.16 serial standards and relevant norms mainly, and prove and test IEEE 802.16 relevant equipment, these standards and norms include a lot of application technology than 3G relevant communication technology innovation that is used more extensively at the present stage

In recent years, as internet network flourishing development and various kinds of wide bands connect newer gradual progress of fetching technology, cause so-called datacom and telecom agitate and converge for the first time, because internet network rapidly expansion of service market of adding etc., have accelerated the wide-band network of the construction and used to combine the video-information, data and pronunciation (triple play) ,Offer globality service, and make use of ADSL technology, FTTx technology to offer the high wide application frequently, the application that is attracted attention most at present is the merger of WiMAX and ITS。This thesis will describe that it is in ITS to combine 802.16d equipment and NEMO network popularized at present (the transportation system of intelligence) Have。Explain how to combine the existing commercialized equipment through the technology of SNMP BUS, offer the services of networks of wireless action。Will mention the system developed out too finally, the road surface action test result in fact。

Abstract I
摘要 II
致謝 III
Table of Contents IV
List of Figures VI
List of Tables VIII
Chapter 1 Introduction 1
1.1 Background 1
1.2 Thesis architecture 2
Chapter 2相關技術與研究 3
2.1 Mobile IP 3
2.2 Mobile IPv4 6
2.3 Mobile IPv4運作程序 7
2.4 Mobile IPv4封包傳送步驟 9
2.5 Mobile IPv6 10
2.6 Mobile IPv4與IPv6優缺 14
2.7 NEMO(Network Mobility) 16
2.8 WiMax發展由來 20
2.9車機系統 22
2.10 SNMP(Simple Network Management Protocol) 23
Chapter 3 WiMAX下之網路移動性 25
3.1 WiMAX 25
3.2 SNMP BUS 26
3.3 NEMO Mobile Router 30
Chapter 4實際架設平台與實際測試結果 33
4.1 校園內之BS建設 33
4.2 校園內實際測試 34
4.3 校園內實際測試心得 49
Chapter 5結論 51
Reference 53

[1] IEEE 802.16-2004, "IEEE Standard for Local and Metropolitan Area Networks - Part 16: Air Interface for Fixed Broadband Wireless Access Systems", October 2004。
[2] IEEE P802.16e/D8, "Amendment for Physical and Medium Access Control Layers for Combined Fixed and Mobile Operation in Licensed Bands", May 2005。
[3] D. Johnson, C. Perkins, and J. Arkko, “Mobility support in IPv6,” Internet RFC
RFC3775, Jun. 2004。
[4] V. Devarapalli, R. Wakikawa, A. Petrescu, and P.Thubert, “Network mobility (NEMO) basic support protocol,” Internet RFC: RFC3963, Jan. 2005。
[5] "Mobile IP", IEEE Communication Magazine, May 1997. D. Johnson, C. Perkins, J. Arkko, " Mobility Support in IPv6”, RFC 3775, June 2004。
[6] P. E. Miller and M. A. Miller, Managing Internetworks with SNMP, 3rded: M&T Books, Nov. 1999。
[7] Measuring and Improving the Performance of Network Mobility Management in IPv6 Networks etander, H.; Perera, E.; Lan, K.-C.; Seneviratne, A。[2] Chung-Li,
32054 “A Traveling Salesman Mobility Model and Its Location Tracking in PCS Networks” De-partment of Computer Science and Informa-tion Engineering National Central University, June, 2004.