controls

Precise control of the plasma density, which will be crucial for next-generation tokamaks, can be achieved by both pellet injection …

Active control of key plasma properties will be necessary to achieve high-performance scenarios in NSTX-U. These scenarios, which are …

Magnetohydrodynamic instabilities like neoclassical tearing modes appearing at rational safety-factor surfaces can degrade and even …

Control of kinetic profiles is crucial to achieving a high level of plasma performance in tokamak plasmas. This requires feedback …

In this paper we present an approximate controller design methodology for tracking/disturbance-rejection problems governed by nonlinear …

Active control of the safety factor is essential for preventing magnetohydrodynamic instabilities and achieving the needed level of …

Tokamaks are torus-shaped devices designed to confine a plasma (ionized gas at around 100 million degrees where fusion reactions can …

In this paper we consider a problem of robust geometric regulation for tracking and disturbance rejection of systems governed by delay …

To be filled.

A robust control scheme has been developed to simultaneously control the electron temperature (Te) and safety factor (q) profiles on …