A neuromorphic controller for hybrid pellet injection in tokamaks yields explicit parameter constraints for practical stability and is compared to sigma-delta modulation via formal analysis and simulations.
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Boozer coordinates applied to tokamaks yield constraints on magnetic field evolution that limit steady-state operation and highlight requirements for current control to avoid disruptions.
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Fuelling fusion plasmas with pellets: Can neuromorphic control outperform Sigma-Delta modulation?
A neuromorphic controller for hybrid pellet injection in tokamaks yields explicit parameter constraints for practical stability and is compared to sigma-delta modulation via formal analysis and simulations.
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Constraints on the magnetic field evolution in tokamak power plants
Boozer coordinates applied to tokamaks yield constraints on magnetic field evolution that limit steady-state operation and highlight requirements for current control to avoid disruptions.