This modified algorithm is distributed and mobility-adaptive, as well as traffic direction-dependent, and thus, reclustering is avoided when the clusters of vehicles move in different directions.
The latter issue is part of a more general load-balancing problem, for which it is impossible to design a universal solution, as the tasks distribution is heavily dependent on the algorithm being distributed.
The algorithm is distributed and both synchronous and asynchronous interactions are supported.
The algorithm is distributed in nature and, it is designed based on the hybridization of biological membrane computing model and cell-signaling mechanisms of biological cells.
The Java implementation of the multilevel layout algorithm is distributed as an open-source Cytoscape plug-in, named Multilevel Layout, licensed with GNU GPLv2 license [ 34].
In this experiment, each node may serve as both the origin and destination, and the designated algorithm was distributed the trips uniformly between the nodes.
Our designed algorithms are distributed, in that information is exchanged only among neighbors.
However, this algorithm is not distributed, and is dependent on the estimation of signal powers.
This algorithm is stem from distributed average consensus for undirected graph.
Later, this algorithm is revised for distributed networks and is analyzed in terms of efficiency of load balancing.
