TCP Performance over UMTS / HSDPA Systems from Auerbach
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TCP Performance over UMTS / HSDPA Systems from Auerbach |
Back Cover
Electrical Engineering
The evolution of the mobile communication market is causing a major increase in data traffic demands. This could lead to disrupted mobility and intermittent degraded channel conditions that contribute to poor transmission control protocol (TCP) performance. TCP Performance over UMTS-HSDPA Systems presents a comprehensive study of the effect of TCP on achieved application bit rate performance and system capacity, and shows how to reduce the interaction of wireless networks on TCP with minimal cost.
With self-contained chapters, the book consists of two main sections. The first several chapters provide background and describe the state of the art for wireless networks, emphasizing one of the third-generation (3G) wireless technologies: the universal mobile telecommunications system (UMTS). These chapters also include an analysis of the overall cell capacity of UMTS Release 99 and high-speed downlink packet access (HSDPA) systems. The second section focuses on the interaction of TCP with wireless systems, displaying mathematical modeling of the interaction of hybrid automatic repeat request (HARQ) and TCP in UMTS networks.
While offering information for advanced undergraduate students who are unfamiliar with code division multiple access (CDMA) wireless sytems as well as UMTS and HSDPA cellular systems, the book also provides extensive coverage of 'TCP over wireless systems' problems and solutions for researchers, developers and graduate students.
Features ...
- Demonstrates how to reduce, with or without modification to TCP implementations, the effect of wireless networks on TCP
- Provides background information on the radio propogation channel and CDMA technique
- Presents overview of UMTS and HSDPA systems, and derives system cell capacity for end-to-end communications
- Addresses the interactions among TCP, ARQ, and scheduler when a shared channel is used on the radio interface
- Describes the many TCP variants currently available
- Focuses on the performance of TCP traffic over HSDPA
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Contents
1 Wireless Radio Channel
2 CDMA in Cellular Systems
3 Universal Mobile for Telecommunications System
4 High Speed Downlink Packet Access
5 Applications and Transport Control Protocol
6 TCP over Wireless Systems : Problems and Enhancements
7 TCP Performance over UMTS-HSDPA System
Index
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Sample pages include ... Wireless Radio Channel - diagram for classification of channel fading aspects - diagram of effect of large and small scale fading of the radio channel on the received signal power - large scale fading models - path loss models for UMTS - path loss model for indoor office environment - path loss model for urban and suburban environment - diagram of vehicular channel model adopted by ITU for urban and suburban area - path loss model for outdoor to indoor and pedestrian environment |
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TCP Performance over UMTS / HSDPA Systems from Auerbach (2006) ...
TCP Performance over UMTS-HSDPA Systems provides a comprehensive study of the effect of TCP both on achieved application bit rate performance and system capacity. The book describes how to reduce, with or without modification of TCP implementations, the effect of wireless networks on TCP. Emphasizing the effect of scheduling to improve TCP performance over wireless systems, the authors focus on the performance of TCP traffic over HSDPA. This text is ideal for advanced undergraduate students, graduate students, and researchers with basic knowledge in wireless networks that are keen on learning more about the UMTS access network evolution and interactions of the wireless link with TCP.
Sample pages include ... Wireless Radio Channel - diagram for classification of channel fading aspects - diagram of effect of large and small scale fading of the radio channel on the received signal power - large scale fading models - path loss models for UMTS - path loss model for indoor office environment - path loss model for urban and suburban environment - diagram of vehicular channel model adopted by ITU for urban and suburban area - path loss model for outdoor to indoor and pedestrian environment |