To avoid an impractical assumption that the informed agents sense all the states of the leader, the new designed distributed algorithm is developed by making use of observer-based pinning navigation feedback.
The distributed algorithm and model resources automatically generate RDF representations, making the linked data dynamic, and not relying on a single traditional triple storage.
UBS is a fully distributed algorithm, where each node adjusts its own weight and makes pseudorandom transmission attempts using only the locally available information.
Then, to make the proposed method practical for WSNs, a distributed algorithm based on SPCPM is introduced.
The distributed algorithm is shown as follow.
The distributed algorithm is based on two different levels of parallelism, design variable level for a distributed SQ algorithm and candidate design level for a distributed SA algorithm.
Bridging this gap requires a fundamental understanding of the constituents of such robotic materials and the distributed algorithms and controls that make these structures smart.
In this paper, we propose two different distributed algorithms for multicast routing in wireless sensor networks which make use of location information of sensor nodes.
We make use of the high level encoding of distributed algorithms as graph rewriting systems.
— Anna Russell Cal Newport is a professor of computer science at Georgetown who studies the theory of distributed algorithms.
