We identify a strong stability condition on minimal submanifolds that implies uniqueness and dynamical stability properties. In particular, we prove a uniqueness theorem and a C^1 dynamical stability theorem of the mean curvature flow for minimal submanifolds that satisfy this condition. The latter theorem states that …
arXiv research
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Strong stability of ergodic iterations proven without ergodic driving sequence.
Barrier methods classify minimal submanifolds in hyperkaehler spaces.
Stability of SKT metrics under deformations on complex manifolds.
For a polarized algebraic manifold , let be an algebraic torus in the group of all holomorphic automorphisms of . Then strong relative K-stability will be shown to imply asymptotic relative Chow-stability. In particular, by taking to be trivial, we see that asymptotic Chow-stability follows from stron…
Casson and Gordon gave the rectangle condition for strong irreducibility of Heegaard splittings [1]. We give a parity condition for irreducibility of Heegaard splittings of irreducible manifolds. As an application, we give examples of non-stabilized Heegaard splittings by doing a single Dehn twist.
Affine jump-diffusions constitute a large class of continuous-time stochastic models that are particularly popular in finance and economics due to their analytical tractability. Methods for parameter estimation for such processes require ergodicity in order establish consistency and asymptotic normality of the associat…
New stability criteria for Fano varieties using generalized b-divisors.
A Kleinian group is called convex cocompact if any orbit of in is quasiconvex or, equivalently, acts cocompactly on the convex hull of its limit set in . Subgroup stability is a strong quasiconvexity condition in finitely generated groups which…
This work ensures stability in POD basis interpolation for pMOR in hyperelasticity.
Study on continuity of solutions for complex Monge-Ampère equations with movable singularities.
Study proves stability of big bang singularity in complex system.
Let be a Riemannian metric for () which differs from the Euclidean metric only in a smooth and strictly convex bounded domain . The lens rigidity problem is concerned with recovering the metric inside from the corresponding lens relation on the boundary . In this paper…
To understand the empirical success of approximate MAP inference, recent work (Lang et al., 2018) has shown that some popular approximation algorithms perform very well when the input instance is stable. The simplest stability condition assumes that the MAP solution does not change at all when some of the pairwise pote…
Homological stability for unordered configuration spaces of connected manifolds was discovered by Th. Church and extended by O. Randal-Williams and B. Knudsen: is constant for . We characterize the manifolds satisfying strong stability: is constant for $k\gg…
Study proves stability and uniqueness for a specific type of flow.
Study stability of contingent claim solutions under probabilistic perturbations.
This paper investigates dynamics that persist under isotopy in classes of orientation-preserving homeomorphisms of orientable surfaces. The persistence of periodic points with respect to periodic and strong Nielsen equivalence is studied. The existence of a dynamically minimal representative with respect to these relat…
The paper analyzes stability of random matrix products with Markovian noise.
Boosting framework for vector-valued prediction with geometric stability.
New algorithm achieves small-loss bounds in online learning with improved rates.
The purpose of this paper is to give a sufficient condition for (strong) stability of non-proper smooth functions (with respect to the Whitney -topology). We show that a Morse function is stable if it is end-trivial at any point in its discriminant, where end-triviality (which is also called local triviality …
New algorithms robustly estimate mean with near-optimal error rates.
In this paper we present some conditions for the (strong) stabilizability of an n-D Quantum MIMO system P(X). It contains two parts. The first part is to introduce the n-D Quantum MIMO systems where the coefficients vary in the algebra of Q-meromorphic functions. Then we introduce some conditions for the stabilizabilit…
Stability of timelike Ricci bounds in low-regularity spacetimes.
A finite quiver without loops or 2-cycles defines a 3CY triangulated category and a finite heart . We show that if satisfies some (strong) conditions then the space of stability conditions supported on this heart admits a natural family of semisimple Frobenius manifold structures, cons…
In this paper we consider a ``flow'' of nonparametric solutions of the volume constrained Plateau problem with respect to a convex planar curve. Existence and regularity is obtained from standard elliptic theory, and convexity results for small volumes are obtained as an immediate consequence. Finally, the regularity i…
The stability analysis of socioeconomic systems has been centered on answering whether small perturbations when a system is in a given quantitative state will push the system permanently to a different quantitative state. However, typically the quantitative state of socioeconomic systems is subject to constant change. …
Study of stochastic differential equations on non-compact manifolds, solving open problem on strong completeness.
Signed Evidence Flow (SEF) combines fitted prediction with signed feature attributions to measure evidence conflict and stability.
The study proves stability of the positive mass theorem for Kähler manifolds.
This paper shows how to learn variational inequalities fast with strong monotonicity.
We find out upper bounds for the first eigenvalue of the stability operator for compact constant mean curvature orientable surfaces immersed in a Riemannian Killing submersion. As a consequence, the strong stability of such surfaces is studied. We also characterize constant mean curvature Hopf tori as the only ones att…
In this paper we study the strong stability of spacelike hypersurfaces with constant -th mean curvature in Generalized Robertson-Walker spacetimes of constant sectional curvature. In particular, we treat the case in which the ambient spacetime is the de Sitter space.
We prove that stability -- a strong quasiconvexity property -- pulls back under proper actions on proper metric spaces. This result has several applications, including that convex cocompact subgroups of both mapping class groups and outer automorphism groups of free groups are stable. We also characterize stability in …
Paper analyzes IHT's performance in sparse recovery problems.
Graph braid groups' complexity stabilizes for most graphs.
We introduce a strong notion of quasiconvexity in finitely generated groups, which we call stability. Stability agrees with quasiconvexity in hyperbolic groups and is preserved under quasi-isometry for finitely generated groups. We show that the stable subgroups of mapping class groups are precisely the convex cocompac…
AdaBoost is one of the most popular ML algorithms. It is simple to implement and often found very effective by practitioners, while still being mathematically elegant and theoretically sound. AdaBoost's interesting behavior in practice still puzzles the ML community. We address the algorithm's stability and establish m…
Introduces relative stability conditions on triangulated categories.
Study stability of selective SSMs with discontinuous gating.
Stability conditions on K3 surfaces are linked to the masses of spherical objects.
Cooperation information sharing is important to theories of human learning and has potential implications for machine learning. Prior work derived conditions for achieving optimal Cooperative Inference given strong, relatively restrictive assumptions. We relax these assumptions by demonstrating convergence for any disc…
Introduces stability conditions for polarized varieties, linking to K-stability.
The homology groups of many natural sequences of groups (e.g. general linear groups, mapping class groups, etc.) stabilize as . Indeed, there is a well-known machine for proving such results that goes back to early work of Quillen. Church and Farb discovered that many sequ…
Novel 'strong neuron' improves deep learning efficiency and robustness.
The present paper provides a new generic strategy leading to non-asymptotic theoretical guarantees on the Leave-one-Out procedure applied to a broad class of learning algorithms. This strategy relies on two main ingredients: the new notion of stability, and the strong use of moment inequalities. stability e…
An energy based approach for stabilizing a mechanical system has offered a simple yet powerful control scheme. However, since it does not impose such strong constraints on parameter space of the controller, finding appropriate parameter values for an optimal controller is known to be hard. This paper intends to generat…