Results of extensive tests on the solution procedure indicate that the solution method is both efficient and effective.
Recent publications supply many well tested state-of-the-art solution approaches for different variants of vehicle routing problems and especially the DARP.
Most important, the report recommends field testing of the proposed solutions, assessing viability and engaging directly with beneficiaries – before the next disaster strikes.
Both of the references were the experimental contamination and design for the microbiological testing of the sampling solutions.
Different concentrations of hematin and luminol were tested with the solution of ART, ATS, and DHA (Sigma) 1 mg/mL.
The proposed method is tested against the solution of the true non-linear problem in a principal setting.
Tests of the approximated solution against results obtained by pure numerical analysis using Galerkin expansion show very good agreement.
The Energy Resources company has supported the experimentally tests of the proposed solution on a 14 KWp PV plant and a lithium battery pack.
We test our approach on a plagiarism dataset specially developed to test the efficacy of the solution with varying level of plagiarism.
In this study, we tested the effectiveness of the solution on a heterogeneous reservoir.
We execute detailed simulation runs to validate the analytical model and test the efficacy of the solution approach.
