Simple structures and robustness against disturbances are important attributes of chemical productions controllers.
Multi-carrier (MC) signaling is currently in the forefront of a myriad of systems, either wired or wireless, due to its high spectral efficiency, simple equalization, and robustness in front of multipath and narrowband interference sources.
The B-SNN is proposed due to its simple structure, adaptability, and robustness, taking into account the PEMFC's nonlinearities.
These bridge solutions combine many important aspects: reduced costs, fast and simple erection, modularity, durability and robustness, low maintenance costs and an appealing aesthetical aspect.
However, there remain the challenges of accuracy, simple implementation, robustness and efficiency, which prevent the calculations from being automated and limit their use.
The autopilot holds some attractive characteristics, such as simple structure, good tracking performance and robustness; moreover the actual constraints of the control effectors can be taken into account.
This simple scenario likely provides flexibility and robustness to deal with the environmental changes that impose alterations in the genetic programs during parasitic life cycle stages.
Some experimental results are provided which prove the interest of this method in the engine advanced control field where simple controllers cannot ensure performances and robustness due to the system complexity.
Recent advancements in HPC technology, especially in massively concurrent processing, is enabling effective deployment of simpler procedures for design optimization and robustness studies of large-scale vehicle systems.
Simulation studies have shown that this scheme is simple and affects good control accuracy and robustness.
