Sentence examples for computational instances from inspiring English sources

Workers – computational instances responsible for picking tasks from the queue, executing them and notifying the queue when the task is accomplished.

These can be re-used and integrated by users, generating complex interrelationships between services and user applications – indeed, add-ons are already being replicated across multiple computational instances, coupled to more than a million deployed applications [14],[15].

Performing monitoring activities at this level primarily enables cloud providers to adapt to varying volumes and types of user requests by allocating the incoming workload across computational instances (i.e., load balancing), or by reserving and releasing computational resources upon demand (i.e., elasticity) [25],[25].

The performances of the proposed solution methods are evaluated through an extensive computational study using instances of different types that were created by adapting existing benchmark instances.

Numerical results of a series of computational experiments for instances with up to 100 nodes and 500 candidate links are reported.

We compare the new algorithms through computational experiments with instances obtained from word lists of the English, French, Italian and Spanish languages.

Finally, we report computational experiments on instances constructed from real data, that show the efficiency of the proposed approach and we study the addition of constraints linking the uncertainty in consecutive time periods.

Results of the computational experiments on instances derived from TSPLIB show that some of the proposed algorithms perform remarkably well in cases where formulations solved by a state-of-the-art optimization code fail to yield optimal solutions within reasonable computation time.

Computational results for instances with up to 100 nodes are presented.

In [11] the authors propose a compact MIP model, a number of valid inequalities and present computational results for instances with up to 25 nodes.

For instance: computational time, and problem convergence.