Topic
Equal-cost multi-path routing
About: Equal-cost multi-path routing is a research topic. Over the lifetime, 10472 publications have been published within this topic receiving 249362 citations.
Papers published on a yearly basis
Papers
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25 Oct 2010TL;DR: In this paper, a method for routing a first packet, which belongs to a given packet flow, over a first routing path through a communication network, is presented, by evaluating a time gap between the first and second packets, if the time gap does not exceed a predefined threshold.
Abstract: A method for communication includes routing a first packet, which belongs to a given packet flow, over a first routing path through a communication network A second packet, which follows the first packet in the given packet flow, is routed using a time-bounded Adaptive Routing (AR) mode, by evaluating a time gap between the first and second packets, routing the second packet over the first routing path if the time gap does not exceed a predefined threshold, and, if the time gap exceeds the predefined threshold, selecting a second routing path through the communication network that is potentially different from the first routing path, and routing the second packet over the second routing path
65 citations
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01 Jul 2006TL;DR: A new geographic routing algorithm that forwards packets from sensors to base stations along efficient routes and replaces the right-hand rule by distance upgrading is proposed, which is fully distributed and responds to topology changes instantly with localised operations.
Abstract: Wireless sensor networks have attracted great attention in research and industrial development due to their fast-growing application potentials. New techniques must be developed for sensor networks due to their lack of infrastructure support and the constraints on computation capability, memory space, communication bandwidth and above all, energy supply. To prolong the life time of a battery-powered sensor network, an energy efficient routing algorithm for data collection is essential. We propose a new geographic routing algorithm that forwards packets from sensors to base stations along efficient routes. The algorithm eliminates the voids that cause non-optimal routing paths in geographic routing. It replaces the right-hand rule by distance upgrading. It is fully distributed and responds to topology changes instantly with localised operations. We formally prove the correctness of the algorithm and evaluate its performance by simulations.
65 citations
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01 Jan 2005TL;DR: This study is based on the experience of a CAD framework for NoC design and proposes a classification of weaknesses with regard to usual routing and interface techniques and a new path routing technique is introduced with the aim to enforce security.
Abstract: This paper addresses a new kind of security vulnerable spots introduced by network-on-chip (NoC) use in system-on-chip (SoC) design. This study is based on the experience of a CAD framework for NoC design and proposes a classification of weaknesses with regard to usual routing and interface techniques. Finally design strategies are proposed and a new path routing technique (SCP) is introduced with the aim to enforce security.
65 citations
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30 Nov 2009
TL;DR: This paper presents, to the best of the knowledge, the first experimental study on gradient routing as advocated by IETF ROLL, and shows experimentally that gradient routing is robust against topological changes.
Abstract: IETF ROLL has recently proposed gradient routing as a fundamental building block for data collection in Wireless Sensor Networks. This paper seconds this choice by presenting an implementation of gradient routing on current hardware, and by showing experimentally that gradient routing is robust against topological changes.
To stress its self-healing quality, we design and implement a complete communication stack in which neighbor tables are built in a purely reactive fashion. We quantify the resulting topological changes, and show how gradient routing elegantly handles these dynamics.
This paper presents, to the best of our knowledge, the first experimental study on gradient routing as advocated by IETF ROLL.
65 citations
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TL;DR: A new algorithm is presented which achieves a worst case performance ratio of [email protected], where @r denotes the best known approximation ratio for the Steiner minimum tree problem.
64 citations