Paper Info
Title
TCP behaviour in LTE: Impact of flow start-up and mobility.
Abstract
Mobile internet has been widely adopted and it is expected to rise to almost 4 billion users by 2020. Despite the research effort dedicated to the enhancement of its performance, there still exists a gap in the understanding of how TCP and its many variants work over LTE. To this end, this paper evaluates the extent to which five common TCP variants, CUBIC, NewReno, Westwood+, Illinois, and CAIA Delay Gradient (CDG), are able to utilise available radio resources under hard conditions, such as during start-up and in mobile scenarios at different speeds. The paper suggests that CUBIC, due to its Hybrid Slow-Start mechanism, enters congestion avoidance prematurely, and thus experiences a prolonged start-up phase. As a result, it is unable to efficiently utilise radio resources during shorter transmission sessions. Besides, CUBIC, Illinois and NewReno, i.e., the loss-based TCP implementations, offer better throughput, and are able to better utilise available resources during mobility than Westwood+ and CDG - the delay-based variants do.
Year
Venue
Keywords
2016
Joint IFIP Wireless and Mobile Networking Conference
TCP adaptability,LTE,Slow-Start,Hybrid Slow-Start,mobility
DocType
ISSN
Citations 
Conference
2163-4033
0
PageRank 
References 
Authors
0.34
12
6
Name
Order
Citations
PageRank
Eneko Atxutegi101.35
Fidel Liberal234543.63
Karl-Johan Grinnemo314321.42
Anna Brunstrom4445125.16
Åke Arvidsson510.71
Remi Robert600.68