Feedback integrators achieve non-asymptotic positive invariance for one-step methods and explicit scaled-gain selection under Euler discretization to prevent drift off manifolds and away from first-integral values.
write newline
5 Pith papers cite this work. Polarity classification is still indexing.
5
Pith papers citing it
representative citing papers
The group of operations preserving equivalence classes of Legendre pairs has a specific algebraic structure that is fully determined.
Applies relational hyperevent models to tripartite hypergraphs for modeling scientific collaboration with actors, references, and keywords while controlling for inter-dependencies.
Proposal to produce XFEL-comparable bright coherent attosecond X-ray pulses via reflection from beam-driven relativistic plasma mirrors using millijoule lasers.
Proposes a quantitative transactional distributive fairness framework to enable systematic design of equitable decision-making systems in cybernetic societies.
citing papers explorer
-
Feedback Integrators: Non-Asymptotic Invariance for One-Step Methods and Gain Selection under Euler Discretization
Feedback integrators achieve non-asymptotic positive invariance for one-step methods and explicit scaled-gain selection under Euler discretization to prevent drift off manifolds and away from first-integral values.
-
Determining the group that sends each Legendre pair to an equivalent Legendre pair
The group of operations preserving equivalence classes of Legendre pairs has a specific algebraic structure that is fully determined.
-
Modeling Tripartite Hyperevents in Scientific Collaboration Networks
Applies relational hyperevent models to tripartite hypergraphs for modeling scientific collaboration with actors, references, and keywords while controlling for inter-dependencies.
-
Bright coherent attosecond X-ray pulses from beam-driven relativistic mirrors
Proposal to produce XFEL-comparable bright coherent attosecond X-ray pulses via reflection from beam-driven relativistic plasma mirrors using millijoule lasers.
-
Quantitative Fairness -- A Framework For The Design Of Equitable Cybernetic Societies
Proposes a quantitative transactional distributive fairness framework to enable systematic design of equitable decision-making systems in cybernetic societies.