Sentence examples for assignment solutions from inspiring English sources

Specifically, we can enumerate all possible channel assignment solutions.

Recent studies demonstrate the importance of computational precision of user equilibrium traffic assignment solutions for scenario comparisons.

In fact, the challenges in performing channel assignment in CRNs arose from different issues compared with ad hoc and meshed networks, even though some channel assignment solutions can be found in the literature for these latter type of networks.

In opposition to algorithms that search one or several assignment solutions, NOE net searches iteratively the assignment impossibilities, while ensuring that the correct assignment is not removed.

The two distances are then combined to form a GLMD based cost matrix which provides a flexible way to estimate correspondences by minimizing global or local structural differences using a linear assignment solution.

The multi-commodity flow (MCF) problem is a network flow problem, which aims to find a feasible assignment solution for a set of flow demands between different source and destination nodes.

A channel assignment solution must satisfy the following conditions to be feasible: The number of channels assigned to a node must be equal or less than the number of radio interfaces it has.

In this section, we attempt to determine an efficient channel assignment solution (i.e., channel sensing sets) by solving the following problem max S i, a j N T τ ̄ ij, a j, p ̄, S i. (26).

We verified the simulation of SICA using a novel state space checker which checks the relevant simulation events for any violation from the feasibility conditions of channel assignment solution.

Considering that the channel availability is frequently time-varying, a centralized approach becomes less efficient because the information on which this allocation was based may have already become outdated when the channel assignment solution is defined.

Simulations confirm the efficiency of ZAP in terms of (i) the performance tradeoff between different metrics and (ii) the fast achievement of a suitable assignment solution regardless of network size and density.