隨著無線通訊技術問世以來，其移動的特性為我們帶來了許多的便利性，讓我們可以隨時隨地與他人通話，進而縮短了人與人之間的距離。在系統方面也從第一代類比式進步到第二代的數位式，提高了容量與保密性等問題，強化了用戶的服務品質（QoS），因此吸引了大量的消費者，為電信業帶來一片欣欣向榮的商機與利機。
在第二代通訊系統之前，電信業者皆以通話作為客戶主要的服務項目，短訊或收發電子郵件等為加值性服務，然而在未來的第三代無線通訊系統(Third Generation Wireless Communication System)中，80%將是屬於行動多媒體傳輸，20%才是一般語音呼叫，其提供使用者行動上網 (或稱行動網際網路Mobile Internet)的服務來存取網路中豐富的資源，這當中可能包含了即時性（real time）與非即時性（non real time）的資料內容，所需要的傳輸速率也勢必提高，因此必須對過去的技術加以改進，提出新的解決方案。
基於這種需求，因此在整篇論文中，作者會先介紹何謂新一代無線通訊系統以及一些重要的相關技術議題，例如：為了達到行動上網所發展出的行動IP（Mobile IP）或蜂槽IP（Cellular IP）概念，多層次（Multi-Tire）蜂巢網路架構等。接著，再以多時槽（Multi-Time Slot）與多碼（Multi-Code）技術作為基礎，並在IMT-2000的規範下，提出動態速率指定演算法（Dynamic Rate Assign Algorithm），研究如何在傳輸過程當中，動態地由基地台根據當時的通話流量與傳送資料種類的優先來調整（增加或降低）使用者目前所用的傳輸速率，同時亦使得系統有限的頻寬資源獲得最有效的利用。

With the mobile communication techniques development, it provided us a more convenient life. The mobile communication techniques make that people can talk with each other any time and anywhere, and reduce distance between people and people further. The System also progresses from the first generation to the second generation, it solves the problem of the capability and the security, and it strengthens the QoS of the user. It brings the flourishing chance and profit for the telecommunications.
Before the second generation communication system, all of the telecom are focus on voice and let voice be the main service item. Short message and E-mail are the added services. But in third generation wireless communication system, 80% of service is the mobile multimedia transfer, 20% is the common voice call. It provides users Mobile Internet service to access the rich resources that maybe include real time and non real time data content in the network. Therefore, require rate is must be increase. We must improve the techniques in the past and present new solution.
Based on this requirement, this paper will introduce what is the new generation wireless communication system and discuss some important technique issues about this, for example, mobile IP, cellular IP, Multi-tire, and etc. Then, this paper will present the dynamic rate assign algorithm that not only conform the norm in IMT-2000 but also is based on Multi-time slot and Multi-Code technique. The algorithm investigates how the base station dynamically adjusts the transfer rate that the user used according to the traffic load at the time and the type of the transfer rate in the transfer process. It let system access the limited resource efficiently.

第一章 緒論1
1‧1 導論1
1‧2 研究動機2
1‧3 研究目的3
1‧4 論文架構4
第二章 相關研究與技術6
2‧1 PCS個人通訊服務6
2‧2 無線存取技術7
2‧3 蜂巢式行動電話系統10
2‧4 第一代AMPS行動通訊系統介紹11
2‧5 第二代無線通訊系統架構12
2‧6 GPRS18
2‧7 換手技術21
第三章 第三代無線通訊系統40
3‧1 第三代行動通訊的標準－IMT-200040
3‧2 CDMA-200045
3‧3 W-CDMA46
3‧4 TD-CDMA51
3‧5 第三代行動通訊的技術特徵54
第四章 動態速率給定演算法66
4‧1 現行資源分配方法67
4‧2 所提演算法介紹72
4‧3 評估78
第五章 結論與未來研究方向85
5‧1 結論85
5‧2 未來研究方向86
參考文獻88
附錄A 論文發表A1
附錄B 論文發表（英文稿）B1

[1] 行動電話及數據網路管理林一平 維科書局
[2] 移動通訊系統行動暨傳呼通訊陳克任 著 儒林書局
[3] Mobile & Wireless Networks second generationUYLESS BLACK Prentice Hall PTR
[4] Hoff, S.; Meyer, M.; Sachs, J. Universal Personal Communications, “Analysis of the General Packet Radio Service (GPRS) of GSM as access to the Internet“ Universal Personal Communications, 1998. ICUPC '98. IEEE 1998 International Conference on , Volume: 1 , 1998 Page(s): 415 -419 vol.1
[5] 台灣通訊雜誌2000年9月no.81 網路通訊雜誌社
[6] Hyoung-Goo Jeon; Soo-Kun Kwon; Seong Rag Kim; Chang-Eon Kang ”A Call Control Scheme for soft handoff in CDMA cellular systems” Communications, 1998. ICC 98. Conference Record. 1998 IEEE International Conference on , Volume: 2 , 1998 Page(s): 999 -1003 vol.2
[7] Chang, J.W.; Un, C.K.; Kim, B.C.; Ryu, S.M.; Park, Y.W.; Kang, K.H. “A New Channel Assignment Scheme for Handoff and Initial Access in a Microcellular CDMA System” Universal Personal Communications, 1996. Record., 1996 5th IEEE International Conference on , Volume: 1 , 1996 Page(s): 315 -320 vol.1
[8] Zhuang, W.; Chua, K.C.; Jiang, S.M. ”Measurement-based dynamic bandwidth reservation scheme for handoff in mobile multimedia networks” Universal Personal Communications, 1998. ICUPC '98. IEEE 1998 International Conference on , Volume: 1 , 1998 Page(s): 311 -315 vol.1
[9] Hyoung-Goo Jeon; Seen-Ho Hwang; Soo-Kun Kwon; Chang-Eon Kang ”A channel assignment scheme for reducing call blocking rate in a DS-CDMA cellular system” Universal Personal Communications Record, 1997. Conference Record., 1997 IEEE 6th International Conference on , Volume: 2 , 1997 Page(s): 637 -641 vol.2
[10] Jason Y.-B. Lin Dept. Comp. Sci. & Info. Engr. National Chiao Tung University Hsinchu, Taiwan, R.O.C
[11] 中國電信網站http://www.chinatelecom.com.cn
[12] Dahlman, E.; Beming, P.; Knutsson, J.; Ovesjo, F.; Persson, M.; Roobol, C. “WCDMA-the radio interface for future mobile multimedia communications” Vehicular Technology, IEEE Transactions on , Volume: 47 Issue: 4 , Nov. 1998 Page(s): 1105 -1118
[13] Y.S.Rao and Anil Kripalani, “cdma2000 Mobile Radio Access for IMT 2000” Personal Wireless Communication, 1999 IEEE International Conference on , 1999 Page(s): 6 —15
[14] Perry M, Mistry, “Third Generation Cellular (3G)：W-CDMA & TD-CDMA “, Northcon/98 Conference Proceedings , 1998
Page(s): 35 —39
[15] A. Papathanassiou, M. Weckerle, J.J Blanz, and P.W.Baier “Influence of User Spatial Separation on the Uplink Performance of a TD-CDMA Mobile Radio System with Smart Antennas.” Spread Spectrum Techniques and Applications, 1998. Proceedings., 1998 IEEE 5th International Symposium on , Volume: 2 , 1998 Page(s): 384 -388 vol.2
[16] S. Kourtis, P. McAndrew, P. Tottle. Motorola Semiconductors Products Sector, “Technology Requirements of the 3GPP-TDD Terminal” 3G Mobile Communication Technologies, 2000. First International Conference on (Conf. Publ. No. 471) , 2000
Page(s): 89 -93
[17] Chih-Lin I and Richard D. Gitlin, “Multi-Code CDMA Wireless Personal Communications Networks” Communications, 1995. ICC '95 Seattle, 'Gateway to Globalization', 1995 IEEE International Conference on , Volume: 2 , 1995 Page(s): 1060 -1064 vol.2
[18] Gyung-Ho Hwang and Dong-Ho Cho. “Dynamic rate Control based on Interference and Transmission Power in 3GPP WCDMA System ” Vehicular Technology Conference, 2000. IEEE VTS Fall VTC 2000. 52nd , Volume: 6 , 2000 Page(s): 2926 —2931