The main contributions of our proposed restoration strategy can be summarized as follows: (1) it takes account of the constituting nodes of a segment, the shortest moving path, and the moving task balance of MDCs, as such the problem is closer to a real application environment.
A given node can access a segment stored in the primary memory of a different node only by presenting a gate for that segment.
where Pj is the gas pressure at jth node, qfj is the gas flux at jth fracture segment, qj is the gas flow rate at jth node of fracture segment, Dj is the coefficient of Darcy flow for gas at jth fracture segment, kf is the fracture permeability, wf is the fracture width, hf is the fracture height, NDj is the coefficient of non-Darcy flow, and β is the non-Darcy Forchheimer coefficient.
Here, every node of the segment tree can take only single elements which we name treeEdge.
Here, every node of the segment tree can take four elements which are main-Edge, dummy-Edge, weight, and size.
When we can see that there is only one edge mainEdge in the top node of the segment tree and its priority is third lowest priority which is 3 (updating protocol number 1 and 6), so that means the other nodes in the segment tree are as same as top node or other nodes contain faulty nodes or having second lowest or first lowest priority edges so we do not need to consider those nodes in this time.
Each segment ends at a node, defined as the end point of a segment.
The terminal node of the posterior segment was restrained in a similar way to the anterior segment, except that it was free to move along the horizontal leg of the posterior segment.
Thus, we think that the start statement is the root node of the discussion segment and some subtopics derive from this root node.
