Part 6: Poster SessionsInternational audienceNetwork coding is a highly regarded technology for improving the capacity of wireless networks. COPE-sys network coding is an easily implemented and widely studied coding system. This paper studies the maximum throughput that can be supported by COPE-sys network coding over a practical CSMA/CA medium access control (MAC) protocol. Traditional method of analyzing capacity is multi-commodity flow (MCF) formulation, which assumes impractical centralized scheduling. We enhanced MCF formulation by taking into account the collision overhead in the distributed CSMA/CA protocol, to compute the maximum throughput. To the best of our knowledge, this paper is the first rigorous theoretical study of the achi...
Network coding has shown the promise of significant throughput improvement. In this paper, we ...
218 p.Ad hoc wireless networks introduce a number of challenges for protocol designers. Stations usi...
The focus of this dissertation is on the fundamental capacity bounds of wireless ad hoc networks. We...
Abstract—This paper presents a theoretical analysis of the max-imum throughput of a wireless mesh ba...
Abstract—Due to a poor understanding of the interactions among transmitters, wireless multihop netwo...
Network coding has shown the promise of significant throughput improvement. In this paper, we study ...
Network coding is a popular coding technique for thedata packets at the intermediate nodes in the wi...
The poor performance of TCP over multi-hop wireless networks is well known. In this paper we explore...
This paper advocates for a new Medium Access Control (MAC) strategy for wireless meshed networks by ...
Network Coding (NC) has emerged as a ubiquitous technique of communication networks and has extensiv...
In this paper investigated the throughput and end to end delay of network coding under IEEE802.11 Di...
Network coding is an effective technique to boost the capacity of wireless networks. In that network...
Abstract—In a multihop wireless network, wireless interference is crucial to the maximum multiflow (...
The Backoff mechanism is one of the key factors of Medium Access Control (MAC) protocol which is sch...
Recently, network coding (NC) emerged as a promising technology for significantly improving throughp...
Network coding has shown the promise of significant throughput improvement. In this paper, we ...
218 p.Ad hoc wireless networks introduce a number of challenges for protocol designers. Stations usi...
The focus of this dissertation is on the fundamental capacity bounds of wireless ad hoc networks. We...
Abstract—This paper presents a theoretical analysis of the max-imum throughput of a wireless mesh ba...
Abstract—Due to a poor understanding of the interactions among transmitters, wireless multihop netwo...
Network coding has shown the promise of significant throughput improvement. In this paper, we study ...
Network coding is a popular coding technique for thedata packets at the intermediate nodes in the wi...
The poor performance of TCP over multi-hop wireless networks is well known. In this paper we explore...
This paper advocates for a new Medium Access Control (MAC) strategy for wireless meshed networks by ...
Network Coding (NC) has emerged as a ubiquitous technique of communication networks and has extensiv...
In this paper investigated the throughput and end to end delay of network coding under IEEE802.11 Di...
Network coding is an effective technique to boost the capacity of wireless networks. In that network...
Abstract—In a multihop wireless network, wireless interference is crucial to the maximum multiflow (...
The Backoff mechanism is one of the key factors of Medium Access Control (MAC) protocol which is sch...
Recently, network coding (NC) emerged as a promising technology for significantly improving throughp...
Network coding has shown the promise of significant throughput improvement. In this paper, we ...
218 p.Ad hoc wireless networks introduce a number of challenges for protocol designers. Stations usi...
The focus of this dissertation is on the fundamental capacity bounds of wireless ad hoc networks. We...