The topology is validated through computer simulations and hardware prototyping.
The EVM analyses for DCO-OFDM and ACO-OFDM are validated through computer simulations.
Robustness property of the designed controller with respect to the uncertainty of a complex-valued acoustic impedance at the other end is validated through computer simulations.
The resulting generalised model is validated through computer simulations by considering a simplified case study of a two-link flexible manipulator with joint elasticity.
The concept presented is validated through computer simulations and full-scale winding experiments, including a constructed robot-held cable feeder tool prototype.
A comparative assessment of the dynamic model is validated through computer simulations, and then additional simulations are done for trajectory planning of a two-link flexible mobile manipulator to demonstrate effectiveness and capability of the proposed approach.
This behavior has been validated through simulations.
The speed model has been validated through experiments.
The choice has been validated through extensive simulations.
The proposed architectural concepts are validated through various computer simulation and physical tests, including performance throughput, trajectory driving, and CNC controller extension capabilities.
