Random Walk

A computational model of in vitro angiogenesis based on extracellular matrix fibre orientation

Dentistry / Biomedical Engineering / Tissue Engineering / Temporal Resolution / Confocal Microscopy / Extracellular Matrix / Computer Simulation / Random Walk / Computer Model / Animals / Density gradient / Rats / Experimental Data / Microvessels / Extracellular Matrix / Computer Simulation / Random Walk / Computer Model / Animals / Density gradient / Rats / Experimental Data / Microvessels

Tests of Random Walk: A Comparison of Bootstrap Approaches

Computational Economics / Econometrics / Monte Carlo Simulation / Random Walk

Phase transition in a spatial Lotka-Volterra model

Engineering / Monte Carlo Simulation / Molecular Evolution / Nonlinear dynamics / Pattern Formation / Statistical Physics / Critical phenomena / Mutation / Random Walk / Mathematical Sciences / Bacterial Toxins / Lotka Volterra / Physical sciences / Phase transition / Self Organization / Symmetry Breaking / Degeneration / Levy Flight / Potts Model / Population dynamic / Mutation Rate / Monte Carlo Method / Computational Method / Statistical Physics / Critical phenomena / Mutation / Random Walk / Mathematical Sciences / Bacterial Toxins / Lotka Volterra / Physical sciences / Phase transition / Self Organization / Symmetry Breaking / Degeneration / Levy Flight / Potts Model / Population dynamic / Mutation Rate / Monte Carlo Method / Computational Method

Phase transition in a spatial Lotka-Volterra model

Engineering / Monte Carlo Simulation / Molecular Evolution / Nonlinear dynamics / Pattern Formation / Statistical Physics / Critical phenomena / Mutation / Random Walk / Mathematical Sciences / Bacterial Toxins / Lotka Volterra / Physical sciences / Phase transition / Self Organization / Symmetry Breaking / Degeneration / Levy Flight / Potts Model / Population dynamic / Mutation Rate / Monte Carlo Method / Computational Method / Statistical Physics / Critical phenomena / Mutation / Random Walk / Mathematical Sciences / Bacterial Toxins / Lotka Volterra / Physical sciences / Phase transition / Self Organization / Symmetry Breaking / Degeneration / Levy Flight / Potts Model / Population dynamic / Mutation Rate / Monte Carlo Method / Computational Method

A dynamical approach to DNA sequences

Random Walk / Mathematical Sciences / Physical sciences / Dynamic Model of WSN / DNA sequence / Scaling Exponent

High energy particle transport in stochastic magnetic fields in the solar corona

Turbulence / Dust (Astronomy & Astrophysics) / Magnetic field / Transport Properties / Models / Random Walk / Diffusion / Fluctuations / Magnetic Fields / Ballistic Transport / Levy Process / Turbulent Diffusion / Magnetic Moments / Particle Motion / Solar Corona / High energy / Energetic particles / Performance Test / Random Field / Random Walk / Diffusion / Fluctuations / Magnetic Fields / Ballistic Transport / Levy Process / Turbulent Diffusion / Magnetic Moments / Particle Motion / Solar Corona / High energy / Energetic particles / Performance Test / Random Field

El Paso Housing Sector Econometric Forecast Accuracy

Real Estate / Political Economy / Urban Development / Random Walk / Agricultural / Empirical evidence / Forecast Accuracy / Empirical evidence / Forecast Accuracy

A Random-Surfer Web-Graph Model

Random Graph Theory / Random Walk / Power Law Distribution

Eigenvalue multiplicities of products of companion matrices

Pure Mathematics / Random Walk / Eigenvalues

Recurrence properties of unbiased coined quantum walks on infinite d-dimensional lattices

Quantum Information / Tensor product semigroups / Random Walk / Mathematical Sciences / Physical sciences / CHEMICAL SCIENCES / Levy Flight / Initial Condition / CHEMICAL SCIENCES / Levy Flight / Initial Condition

Eigenvalue multiplicities of products of companion matrices

Pure Mathematics / Random Walk / Eigenvalues

High energy particle transport in stochastic magnetic fields in the solar corona

Turbulence / Dust (Astronomy & Astrophysics) / Magnetic field / Transport Properties / Models / Random Walk / Diffusion / Fluctuations / Magnetic Fields / Ballistic Transport / Levy Process / Turbulent Diffusion / Magnetic Moments / Particle Motion / Solar Corona / High energy / Energetic particles / Performance Test / Random Field / Random Walk / Diffusion / Fluctuations / Magnetic Fields / Ballistic Transport / Levy Process / Turbulent Diffusion / Magnetic Moments / Particle Motion / Solar Corona / High energy / Energetic particles / Performance Test / Random Field

Hybrid queueing systems with hysteretic bilevel control policies

Applied Mathematics / Pure Mathematics / Nonlinear Analysis / Random Walk / Steady state / Stochastic system / Markov Process / Continuous Time Systems / Queueing System / Hybrid System / Stochastic system / Markov Process / Continuous Time Systems / Queueing System / Hybrid System

Complementarity and quantum walks

Measure Theory / Foundations of Quantum Mechanics / Random Walk / Mathematical Sciences / Physical sciences / Quantum Computer / CHEMICAL SCIENCES / Quantum Computer / CHEMICAL SCIENCES

Quantum persistence: A random-walk scenario

Engineering / Random Walk / Mathematical Sciences / Power Law / Physical sciences / Stochastic dynamics / Quantum Persistence / Quantum Random Walk / First Passage Time / Quantum Dynamics / Quantum Communication / Levy Flight / Stochastic dynamics / Quantum Persistence / Quantum Random Walk / First Passage Time / Quantum Dynamics / Quantum Communication / Levy Flight

Quantum persistence: A random-walk scenario

Engineering / Random Walk / Mathematical Sciences / Power Law / Physical sciences / Stochastic dynamics / Quantum Persistence / Quantum Random Walk / First Passage Time / Quantum Dynamics / Quantum Communication / Levy Flight / Stochastic dynamics / Quantum Persistence / Quantum Random Walk / First Passage Time / Quantum Dynamics / Quantum Communication / Levy Flight

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