The feasibility and efficiency of the proposed architecture with CSP scheme are verified on our software defined networking testbed in terms of service latency, transmission success rate, resource occupation rate and blocking probability.
The stability analysis of the design scheme is verified based on the Lyapunov stability theory.
The performance of proposed scheme is verified by simulation on a five node radial distribution network.
The validity of the proposed control scheme is verified through practical testing on the experimental setup called magnetic levitation system.
Then, the appropriate test scheme is designed and the feasibility of the test scheme is verified by simulation based on test platforms in Institute of Plasma Physics, Chinese Academy of Science ASIPPP).
Finally, efficiency of the proposed scheme is verified through a simulation on a simplified vertical dynamic model of an F-16 aircraft.
In addition, the validity of the proposed scheme is verified through an experiment on a servo motor system which is controlled by the output voltage of the Buck DC DC converter.
The proposed scheme is verified by simulations.
