... | ... | @@ -252,6 +252,9 @@ IEEE Control Systems Letters, 7:1783-1788, 2023. Also accepted for presentation |
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# Code
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* SP O'Neil, I Khalid, SM Shermer, FC Langbein. **Code - Robustness of Energy Landscape Control - Sensitivity vs RIM**. Code, https://github.com/qyber-black/code-robustness-of-energy-landscape-control-sensitivity-vs-rim, V1.0, 15th January 2024.
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[[Project]](https://qyber.black/spinnet/code-robustness-of-energy-landscape-control-sensitivity-vs-rim)
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* S.M. Shermer, S.P. O'Neil. **Differential Sensitivity Bounds for Dynamic Quantum Control**. Code, https://github.com/qyber-black/Code-Differential-Sensitivity-Bounds-for-Dynamic-Control, V1.0.0, 4th January 2024.
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[[Project]](https://qyber.black/spinnet/code-differential-sensitivity-bounds-for-dynamic-control)
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... | ... | @@ -272,6 +275,8 @@ IEEE Control Systems Letters, 7:1783-1788, 2023. Also accepted for presentation |
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# Data
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* SP O'Neil, I Khalid, SM Shermer, FC Langbein. **Robustness of Energy Landscape Control - Sensitivity vs RIM**. Results data, https://qyber.black/spinnet/results-robustness-of-energy-landscape-control-sensitivity-vs-rim, Version 1.0, 15th January 2024.
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* SP O'Neil, FC Langbein, SG Shermer. **Robustness of Energy Landscape Controllers for XX Spin Rings**. Cambridge Open Engage. Dataset, 2023. [[DOI:10.33774/coe-2023-x52n7]](https://doi.org/10.33774/coe-2023-x52n7)
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This is a summary of
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* FC Langbein, SP O’Neil, SG Shermer. **Results - Energy Landscape Controllers for XX Spin Rings - Robustness**. Dataset, 2023. [[Repository:https://qyber.black/spinnet/results-elc-xx-rings-robustness]](https://qyber.black/spinnet/results-elc-xx-rings-robustness)
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