We demonstrate the correctness and completeness of our solution, and investigate some further issues that may benefit from our approach, such as detection of unhandled perturbations or source misconfiguration.
The comparison is shown in Figures 1 and 2. It is found that our limiting solutions (4.1) and (4.3) are identical to (14) and (21) obtained by Khalid et al. [39] This validates the correctness of our obtained solutions.
Numerical examples are also provided to demonstrate the correctness of our newly derived analytical solutions from the numerical point of view, through comparing the results obtained from our solutions and those obtained from adopting other standard finite difference approaches.
We prove the correctness of our order encoding approach.
Numerical results illustrate the correctness of our theoretical analyses.
Simulations demonstrate the efficiency and correctness of our algorithm.
Furthermore, we show the correctness of our approach by embedding ES in Reiter's situation calculus.
Time permitting, we will formally prove the correctness of our selection sort implementation.
A series of numerical tests have been performed to validate the correctness of our code.
A large number of experiments proved the correctness of our design.
Two numerical examples are given to show the correctness of our analysis.
