In this paper we have presented DCCF, a distributed method for constrained CSG in smart grids.
And two major innovation points are as follows: (i) In the sensing phase, we adopt a novel collaborative sensing method proposed in [7] rather than a distributed method.
In this paper, we develop a distributed method for designing local controllers that perform transient stabilization of dynamic response for deflections caused by contingencies in a large power system where multiple independent system operators exist and manage their corresponding generators.
In this work, by using a distributed method, we aim to find the best match between two sets of N MSs and R RSs rather than only find the best antenna elements to transmit/receive over a well-constrained set as previously shown in [35].
In this way, the optimal scaling parameter can be obtained using a distributed method.
A distributed method for carrying out this task is proposed in Khan et al.
But, in the distributed method, to get the absolute location, nodes need global information about the subnetwork's map that contains at least three anchors.
Step 1: Solve the global power flow in base case by using the distributed method to obtain the initial point of P-V curve.
Nowadays, a great interest has been sparked in developing distributed methods.
