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Exact(38)
G i : node i's gradient.
Given (i), node topology graph of the MIMO network.
Other criteria included: (i) node, arc or general routing; (ii) the possibility to choose the vehicle speed.
Here, S ik denotes the sending signal form i node to k node.
Let p c,i and τ i, respectively, represent the frame collision probability (conditioned on a given class i node transmission) and frame transmission probability for class i node.
When node k receives data from node i, node k already knows that the next node is node j.
Similar(22)
where W i (t) is the CW size of a class-i node.
Suppose a class-i node and a class-j node simultaneously transmit data frame.
When the transmission probability of class-i node, τ i (t) for all i is given, the plant determines the waiting time of class-i node, T i (t).
In (13), we see that S i depends on τ1 and the throughput of a class-i node is equivalent to that of class-1 node.
Therefore, the probability of successful transmission for class-i node is P i succ = τ i ∏ 1 ≤ k < i 1 - τ k. (10).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com