A state-aware software-defined networking method
A software-defined, state-aware technology, applied in electrical components, data exchange networks, remote connection/disconnection of branch offices, etc., can solve problems such as difficulty in multi-path constraints, and achieve high energy efficiency and low energy consumption.
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[0051] The specific embodiment of the present invention will be further described below in conjunction with accompanying drawing:
[0052] A state-aware software-defined networking method described in the present invention includes the following steps:
[0053] Step 1: Input data level network parameters, adjacency matrix A N×N , end-to-end traffic request matrix Γ N×N , link capacity C e , the maximum link utilization α, the lower limit of the traffic request transmission rate β;
[0054] Given a network G=(V,E), if the directed graph G satisfies: (1) there is exactly one point S with zero in-degree (called the source point); (2) there is exactly one point with zero-out degree D (called sink); (3) Both have a non-negative weight (called link capacity); then G is called a data transmission network, and edge1 v 2 The capacity of > is denoted as A point that is neither a source point nor a sink point is called an intermediate point. If a real-valued function f:E→R is def...
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