Fusion Futures: Uncertainty Quantification for Plasma Control Systems
The project objective is to extend real-time plasma control frameworks with uncertainty quantification (UQ) to increase resilience. Plasma control systems must operate reliably. They have tight real-time performance constraints and must work across a range of parameter space in which adapting effectively to the response of the highly non-linear plasma is critical. Modern approaches to control problems recognize the importance of quantifying uncertainty and applying systematic treatment to optimise results. The proj...
Buyer
United Kingdom Atomic Energy Authority (UKAEA)
Value
£149,236
Published
18 Oct 2024
Closes
23 Sept 2024
Procurement details
Source
Contracts Finder
Region
Berkshire, Buckinghamshire and Oxfordshire
Procurement method
Open
Category
Services
Contract starts
20 Oct 2024
Contract ends
31 Mar 2025
CPV classifications
72200000
Software programming and consultancy services
Lots
Lot default Fusion Futures: Uncertainty Quantification for Plasma Control Systems
£150,000
The project objective is to extend real-time plasma control frameworks with uncertainty quantification (UQ) to increase resilience. Plasma control systems must operate reliably. They have tight real-time performance constraints and must work across a range of parameter space in which adapting effectively to the response of the highly non-linear plasma is cri...
Delivery: British Oversea Territories, Channel Islands, Europe, Isle of Man, Rest of the World, United Kingdom
Documents
Unlock document linkAwarded contract notice on Contracts Finder
18 Oct 2024
Awarded contract notice on Contracts Finder
Award notice · Web page
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Additional data
Document
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Document
Contains public sector information licensed under the Open Government Licence v3.0.