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Multipath TCP for User Cooperation in Wireless Networks

Part of the SpringerBriefs in Computer Science Book Series

DOI: 10.1007/978-3-319-11701-0

ISBN: 978-3-319-11700-3

Publisher: Springer International Publishing - Springer Journals

Nov 8, 2014

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Chapter 1Introduction

Zhou, Dizhi; Song, Wei

Pages: 1 –8

[This chapter first introduces the motivation of user cooperation and multipath transmission, particulary solutions at the transport layer. Specifically, the multipath transport control protocol (MPTCP) is studied in the user cooperation scenario within the Long Term Evolution (LTE) network....
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Chapter 2User Cooperation and Multipath Transmission

Zhou, Dizhi; Song, Wei

Pages: 9 –25

[This chapter first reviews the literature on user cooperation at different layers of the network protocol stack. Then various issues of multipath transmission at the transport layer are discussed. After that, the protocol details of the IETF solution, MPTCP, are introduced. The related studies...
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Chapter 3System Modelling

Zhou, Dizhi; Song, Wei

Pages: 27 –31

[This chapter first presents the system setup for the user cooperation scenario that is considered in this brief for the LTE network. Then, it introduces the traffic model and the default parameters to test such a system, and the framework of the system, including different function modules.]
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Chapter 4Subset-Sum Based Relay Selection (SSRS)

Zhou, Dizhi; Song, Wei

Pages: 33 –46

[In a user cooperation scenario, the available bandwidth provided by relays can be highly varying due to a range of factors such as wireless channel fading, dynamic local traffic load at relays, and even the type of packet scheduler at the base station. As a result, it is challenging to maintain...
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Chapter 5Adaptive Congestion Control (ACC)

Zhou, Dizhi; Song, Wei

Pages: 47 –55

[Although SSRS [3] can guarantee a stable aggregate throughput with MPTCP in the user cooperation scenario, the goodput of MPTCP is still far lower than the aggregate throughput because the end-to-end delay differences of paths can cause out-of-order packets. This chapter introduces an adaptive...
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Chapter 6Differentiated Packet Forwarding (DPF)

Zhou, Dizhi; Song, Wei

Pages: 57 –68

[As discussed in Chap. 5, because many factors contribute to the end-to-end path delay, ACC cannot eliminate the delay difference among paths. This chapter introduces an extension module, namely, differentiated packet forwarding (DPF) [5], for MPTCP [3] in a user cooperation scenario to further...
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Chapter 7Bandwidth Sharing for User Cooperation

Zhou, Dizhi; Song, Wei

Pages: 69 –83

[As shown in Chaps. 4, 5, and 6, the three extension modules to MPTCP [2], SSRS [9], ACC [10] and DPF [7], can work in a complementary fashion to guarantee a stable aggregate throughput that satisfies the TBR requirement and achieves a high goodput. So far, the discussion focuses on UDP-based...
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Chapter 8Conclusions and Future Directions

Zhou, Dizhi; Song, Wei

Pages: 85 –88

[This brief focuses on efficient multipath transmission based on MPTCP [2] with user cooperation in the LTE network. In a user cooperation scenario, nearby relays can receive packets on behalf of the destination via their own LTE links and then forward the packets toward the destination via Wi-Fi...

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