In this paper, we introduce a graph structure for a distributed sampling and reconstruction system by coupling agents in a spatially distributed network with innovative positions of signals.
The underlying architecture is modelled by a graph.
This problem setting can be represented by a graph.
The string graph is built by first constructing a graph of the pairwise overlaps between sequence reads and transforming it into a string graph by removing transitive edges.
As a child, she and a friend would track their pets' behavior by drawing pixels on a graph.
The smtbx implements reparametrizations by explicitly building such a graph.
The graph is further processed by a graph-clustering step called Markov Clustering (MCL algorithm).
In fact, for each couple, the Z-score of a graph measure provides its deviation from the average value computed over all hyper-brains of the same couple.
A point in 2D space is represented by two numbers, coordinates on a graph.
After you have entered in data a couple of times, you will start to get a graph.
