隨著科技的快速進步，電子產品的功能也越來越強大，體積也越來越小，各項的行動通訊產品 (Mobile Device) 逐漸被廣泛的使用，也使得各項的應用 (Application) 在這些行動通訊產品 (Mobile Device) 上蓬勃發展，連帶使得無線通訊 (Wireless Communication) 的快速發展，使得各項電子產品搭配無線通訊 (Wireless Communication) 技術傳輸資料的普及性日益升高，由以現今手機3G UMTS系統的倡行，使得行動通訊產品也擁有較高的傳輸速率，使其能與舊有的電腦和電信網路做應用上的整合，而最為普遍使用的應用 (Application) 為網頁瀏覽 (Web Browsing) ，而網頁瀏覽 (Web Browsing) HTTP 則是運行於 TCP/IP Protocol 之上，而 TCP/IP Protocol 在傳統的有線網路 (Wire Network) Ethernet 上可以以非常好的效能 (Performance) 運行，而 TCP/IP Protocol 在無線網路 (Wireless Network) 上則由於無線網路 (Wireless Network) 的特性而造成 TCP/IP Protocol在無線網路 (Wireless Network) 環境下效能 (Performance) 不佳的問題，因此本論文為解決此問題，而提出一些有效的方法，使得 TCP/IP Protocol 可以在無線網路 (Wireless Network) 的環境下，獲得最佳的 (Optimization) 效能 (Performance) 。

隨著科技的快速進步，電子產品的功能也越來越強大，體積也越來越小，各項的行動通訊產品 (Mobile Device) 逐漸被廣泛的使用，也使得各項的應用 (Application) 在這些行動通訊產品 (Mobile Device) 上蓬勃發展，連帶使得無線通訊 (Wireless Communication) 的快速發展，使得各項電子產品搭配無線通訊 (Wireless Communication) 技術傳輸資料的普及性日益升高，由以現今手機3G UMTS系統的倡行，使得行動通訊產品也擁有較高的傳輸速率，使其能與舊有的電腦和電信網路做應用上的整合，而最為普遍使用的應用 (Application) 為網頁瀏覽 (Web Browsing) ，而網頁瀏覽 (Web Browsing) HTTP 則是運行於 TCP/IP Protocol 之上，而 TCP/IP Protocol 在傳統的有線網路 (Wire Network) Ethernet 上可以以非常好的效能 (Performance) 運行，而 TCP/IP Protocol 在無線網路 (Wireless Network) 上則由於無線網路 (Wireless Network) 的特性而造成 TCP/IP Protocol在無線網路 (Wireless Network) 環境下效能 (Performance) 不佳的問題，因此本論文為解決此問題，而提出一些有效的方法，使得 TCP/IP Protocol 可以在無線網路 (Wireless Network) 的環境下，獲得最佳的 (Optimization) 效能 (Performance) 。

[1] Rajiv Chakravorty, “Proxy-based Flow Aggregation for Enhanced TCP over GPRS”
[2] Rajiv Chakravorty, Sachin Katti, Jon Crowcroft, Ian Pratt, “Flow Aggregation for Enhanced TCP over Wide-Area Wireless”
[3] Debojyoti Dutta, Yongguang Zhang, “An Active Proxy Based Architecture for TCP in Heterogeneous Variable Bandwidth Networks”
[4] Swastik Kopparty, Srikanth V. Krishnamurthy, Michalis Faloutsos, Satish K. Tripathi, “Split TCP for Mobile Ad Hoc Network”
[5] Rajiv Chakravorty, Joel Cartwright, Ian Pratt, “Practical Experience with TCP over GPRS”
[6] Hari Balakrishnan, Srinivasan Seshan, Elan Amir, Randy H, Katz, “Improving TCP/IP Performance over Wireless Networks”
[7] Rajiv Chakravorty, Ian Pratt, “Engineering Mobile Proxy Design for Wide-Area Wireless
[8] Lachlan Andrew, Stephen Hanly, Rami Mukhtar, “Analysis of a Flow Control Scheme for Rate Adjustment by Managing Inflows”
[9] Neil T. Spring, Maureen Chesire, Mark Berryman, Vivek Sahasranaman, Thomas Anderson, Brian Bershad, “Receiver Based Management of Low Bandwidth Access Links”
[10] Rajiv Chakravorty, Ian Pratt, “Performance Issues with General Packet Radio Service”
[11] Dimitris Velenis, Dimitris kalogeras, Basil Maglaris, “SaTPEP: A TCP Performance Enhancing Proxy for Satellite Links”
[12] Antonios G. Alexiou, Christos J. Bouras, Vaggelis G. Igglesis, “Performance Evaluation of UMTS for Mobile Internet Access”
[13] Rajiv Chakravorty, Sachin Katti, Ian Pratt, Jon Crowcroft, “Using TCP Flow-Aggregation to Enhance Data Experience of Cellular Wierless Users”
[14] Marc Necker, Michael Scharf, “Performance of TCP and HTTP Proxies in UMTS Networks”
[15] Mun Choon Chan, Ramachandran Ramjee, “Improving TCP/IP Performance over Third Generation Wireless Networks”
[16] “NS (Network Simulation),” http://www.isi.edu/nsnam/ns/.
[17] “Eurane,” UMTS simulator by European Commission 5th framework project SEACORN, http://www.ti-wmc.nl/eurane/
[18] Lachlan L.H. Adnrew, Stephen V.Hanly and Rami G.Mukhtar “CLAMP: Maximizing the Performance of TCP over Low Bandwidth Variable Rate Access Links”
[19] Dimitris Velenis, Dimitris Kalogeras, and Basil Maglaris “SaTPEP: a TCP Performance Enhancing Proxy for Satellite Links”