The best exponent in Markov inequality Miroslaw Baran Jagiellonian University, Poland

Source URL: www.6ecm.pl

PHYSICAL REVIEW E 87, Optimal transport exponent in spatially embedded networks G. Li,1 S. D. S. Reis,2 A. A. Moreira,2 S. Havlin,1,3 H. E. Stanley,1 and J. S. Andrade, Jr.2 2

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Do Finite-Size Lyapunov Exponents detect coherent structures? Daniel Karrasch and George Haller Citation: Chaos: An Interdisciplinary Journal of Nonlinear Science 23, ); doi: View online: ht

Source URL: georgehaller.com

• Dynamical systems
• Chaos theory
• Lagrangian coherent structure
• Turbulence
• Lyapunov exponent
• Thorn
• Physics
• Mechanics
• Latin script

CHAOS 22, Effect of discrete time observations on synchronization in Chua model and applications to data assimilation Md. Nurujjaman,1,a) Sumanth Shivamurthy,2 Amit Apte,2,b) Tanu Singla,3 and P. Parmanand

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• Statistics
• Knowledge
• Epistemology
• Control theory
• Regression analysis
• Statistical forecasting
• Error
• Measurement
• Data assimilation
• Chaos theory
• Kalman filter
• Lyapunov exponent

Preprint, Version 2.2 ON WEIGHTED ZERO-SUM SEQUENCES SUKUMAR DAS ADHIKARI, DAVID J. GRYNKIEWICZ AND ZHI-WEI SUN1 Abstract. Let G be a finite additive abelian group with exponent exp(G) = n > 1 and let A be a nonempty sub

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Log Reduction Fact Sheet “Log” stands for logarithm, which is the exponent of 10. For example, Log-2 represents 102 or 10 x 10 or 100. Log Reduction stands for a 10-fold (one decimal) or 90% reduction in numbers of l

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INTRODUCTION TO KPZ JEREMY QUASTEL Contents 1. A physical introduction 1.1. KPZ/Stochastic Burgers/Scaling exponent

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HW #8 (221B) 1) Path integrals with quadratic and lower polynomials in the exponent can be computed exactly, and this is the standard example. A book by Feynman and Hibbs is a good reference. This path integral can be co

Source URL: hitoshi.berkeley.edu

INVERSE ZERO-SUM PROBLEMS WEIDONG GAO, ALFRED GEROLDINGER AND WOLFGANG A. SCHMID 1. Introduction Let G be an additive finite abelian group with exponent exp(G) = n. We define some central invariants in zero-sum theory: L

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Further Results on the SNR Exponent of Hybrid Digital Analog Space Time Codes Krishna Narayanan Giuseppe Caire

Source URL: ita.ucsd.edu