The objective is to design aNN synchronization control such that the variable (hat{x}(t)) synchronizes the signal (x t)).
The objective is to design nanoelectronic components using hybrid protein-silicon structures with arrays of proteins as biological oscillators that can be stimulated by electrodes or acoustic couplers.
The objective is to design control which renders approximate constraint following.
The objective is to design a production line providing a maximal revenue with balanced workload.
The objective is to design a simple mechanism ensuring efficiency, budget balance, and equity.
The objective is to design a distillation unit for higher yield for commercialization, particularly in India.
The objective is to design such a line respecting technological constraints and minimizing the investment cost.
The objective is to design distributed feedback controllers to achieve plant-wide stability.
During this first stage of the cycle, the objective is to design a test to investigate a particular question or idea (e.g., change in services).
The objective is to design robust controllers that maximize the energy extracted from the wind while reducing transient loads on the drive train.
The objective is to design distributed controllers such that the consensus is still achieved in the presence of DoS attacks.
