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Exact(7)
The power allocation is subject to a maximum power constraint for each node, where denotes the maximum node transmission power.
In all of the following figures, we suppose that there are only two types of channels with a transmission range of R1 = 75 m and R2 = 125 m and a maximum node transmission range of R T = 150 m.
Let us construct a new network by scaling the distances between the nodes of the original network (see Figure 6) by a factor of and the maximum node transmission power by a factor of (note that ).
We suppose that there are two types of channels with a transmission range of R1 = 75 m and R2 = 125 m and a maximum node transmission range of RT = 150 m.
The achievable rate region (recall from Section 2.1 that all receivers perform single-user detection) for a given and a maximum node transmission power can be expressed as (10).
From (10), it follows that if the power gain matrix is scaled by a factor of and the maximum node transmission power is scaled by a factor of, then the achievable rate region is unchanged, that is, (11).
Similar(52)
Among all the nodes in power system, node 1 has the largest generation capacity, while node 6 has the maximum node degree and electrical betweenness that play an important role in power transmission.
Two heuristic algorithms are designed to assign transmission powers to mesh routers, such that the total interference or the maximum node interference in the network is minimized.
Node transmission rate is 10 packets/TS.
Figure 23 Node false position versus maximum node speed.
We explore the parameter space consisting of a number of paths, number of nodes, maximum transmission range, network area, and network topology.
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