Publication | Open Access
Distributed verification and hardness of distributed approximation
111
Citations
36
References
2011
Year
Unknown Venue
Cluster ComputingEngineeringDistributed AlgorithmsVerificationNetwork AnalysisComputational ComplexityFormal VerificationVerification ProblemDistributed NetworksDistributed ApproximationStructural Graph TheoryDistributed ModelDistributed AlgorithmPerformance GuaranteeComputer ScienceGraph AlgorithmPopulation ProtocolNetwork ScienceGraph TheoryNetwork AlgorithmApproximation MethodLarge-scale Network
We study the verification problem in distributed networks, stated as follows. Let H be a subgraph of a network G where each vertex of G knows which edges incident on it are in H. We would like to verify whether H has some properties, e.g., if it is a tree or if it is connected (every node knows in the end of the process whether H has the specified property or not). We would like to perform this verification in a decentralized fashion via a distributed algorithm. The time complexity of verification is measured as the number of rounds of distributed communication.
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