On Delay-Tolerant Networking and Its Application.
Delay- and disruption-tolerant networking (DTN) has been an active research area due to its importance and wide range of countless applications in challenged scenarios and environments. DTNs consist of only mobile nodes, or both fixed nodes and mobile nodes moving around and occasionally coming into each other's proximity. Communication opportunities are usually short and sporadic, thereby.
Research on Delay-Tolerant network and increasing probability of opportunistic communication. By Haoqiang Liu, Shuwen Zhao and Jun Shang. Abstract. Abstract. At present, Internet has brought a lot of benefits to people. In most situations, it has an excellent performance. It requires a continuous end to end network for providing a reliable delivery. However, in reality, there is a challenged.
Abstract. A Delay-Tolerant Network (DTN) is a necessity for communication nodes that may need to wait for long periods to form networks. The IETF Delay Tolerant Network Research G.
Conference paper. 3 Citations; 979 Downloads; Part of the Lecture Notes in Computer Science book series (LNCS, volume 6442) Abstract. We consider a multi-criteria control problem that arises in a delay tolerant network with two adversarial controllers: the source and the jammer. The source’s objective is to choose transmission probabilities so as to maximize the probability of successful.
Towards an Information-Centric Delay-Tolerant Network Gareth Tyson, John Bigham and Eliane Bodanese School of Electronic Engineering and Computer Science, Queen Mary, University of London, UK Abstract—Information-centric networks (ICNs) have emerged as a prominent future Internet architecture. They work on the principle that, in today’s society, a network should be optimised towards the.
Delay Tolerant Network (DTN) is a network designed for Interplanetary Networks. DTN handles network interruptions, delays, and provides reliable long-distance communications. This paper includes the architecture of DTN, classification that is first-contact, direct-delivery, epidemic, ProPHET, spray-and-wait, buddy-router, Bubble-wrap, Max-prop routing protocol.
This paper considers a scenario in which a virtual network operator (VNO) leases wireless resources from a software-defined networking based virtualized RAN set up by a third-party infrastructure provider (InP). In order to optimize the revenue, the VNO explores jointly the delay tolerance in mobile traffic and the weak load coupling across the base stations (BSs) when making the resource.