Decentralized detection with long-distance communication
OP Kreidl, AS Willsky - 2008 42nd Asilomar Conference on …, 2008 - ieeexplore.ieee.org
2008 42nd Asilomar Conference on Signals, Systems and Computers, 2008•ieeexplore.ieee.org
We consider the well-studied decentralized Bayesian detection problem with the twist that a
small subset of nodes (all arranged in a given directed network topology) may also
communicate to" long-distance" neighbors via an overlay undirected network topology.
Providing a certain condition on the interface between the two networks is upheld, the
natural combination of the efficient team solutions already known for each type of network
alone remains team-optimal in the combined network.
small subset of nodes (all arranged in a given directed network topology) may also
communicate to" long-distance" neighbors via an overlay undirected network topology.
Providing a certain condition on the interface between the two networks is upheld, the
natural combination of the efficient team solutions already known for each type of network
alone remains team-optimal in the combined network.
We consider the well-studied decentralized Bayesian detection problem with the twist that a small subset of nodes (all arranged in a given directed network topology) may also communicate to "long-distance" neighbors via an overlay undirected network topology. Providing a certain condition on the interface between the two networks is upheld, the natural combination of the efficient team solutions already known for each type of network alone remains team-optimal in the combined network.
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