Software transactional networking
Marco Canini, Petr Kuznetsov, Dan Levin, Stefan Schmid
Abstract
Open-access reader
Marco Canini, Petr Kuznetsov, Dan Levin, Stefan Schmid
Abstract
Open-access reader
It seems natural to imagine that SDN policy specification and control is distributed, and this paper focuses on the resulting concurrency issues. Indeed, conflicts among concurrent policy updates may result in serious inconsistencies on the data plane, even when each update is installed with per-packet consistent update semantics. This paper introduces the problem of consistent composition of concurrent policy updates. Intuitively, consistent concurrent policy composition must appear as though there is no concurrency neither between any policy updates, nor between a policy update and in-flight packets on the data plane.
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It seems natural to imagine that SDN policy specification and control is distributed, and this paper focuses on the resulting concurrency issues. Indeed, conflicts among concurrent policy updates may result in serious inconsistencies on the data plane, even when each update is installed with per-packet consistent update semantics. This paper introduces the problem of consistent composition of concurrent policy updates. Intuitively, consistent concurrent policy composition must appear as though there is no concurrency neither between any policy updates, nor between a policy update and in-flight packets on the data plane.
Key concepts: Concurrency, Computer science, Concurrency control, Network packet, Optimistic concurrency control, Semantics (computer science), Transactional memory, Distributed computing