activity
20172026
most citedOn the Energy Decay Rate of the Fractional Wave Equation on with Relatively Dense Damping

4 citations · 5 across the 6 of their papers we have counts for

collaborators

6 papers

math.AP2026

Observability of Schrödinger equations in Euclidean space

Walton Green, Perry Kleinhenz

In this paper we introduce a new dynamical condition, the comb geometric control condition, which is sufficient for observability of the Schrödinger equation in Euclidean space. We…

math.CA2021

Bilinear Wavelet Representation of Calderón-Zygmund Forms

Francesco Di Plinio, A. Walton Green, Brett D. Wick

We represent a bilinear Calderón-Zygmund operator at a given smoothness level as a finite sum of cancellative, complexity zero operators, involving smooth wavelet forms, and contin…

math.AP2020

Source Reconstruction and Stability via Boundary Control of Abstract Viscoelastic Systems

Walton Green, Shitao Liu

We study the inverse source problem for a class of viscoelastic systems from a single boundary measurement in a general spatial dimension. We give specific reconstruction formula a…

math.CA2019

Uncertainty Principles Associated to Sets Satisfying the Geometric Control Condition

Walton Green, Benjamin Jaye, Mishko Mitkovski

In this paper, we study forms of the uncertainty principle suggested by problems in control theory. We obtain a version of the classical Paneah-Logvinenko-Sereda theorem for the an…

math.AP2019★ 4 cited

On the Energy Decay Rate of the Fractional Wave Equation on with Relatively Dense Damping

Walton Green

We establish upper bounds for the decay rate of the energy of the damped fractional wave equation when the averages of the damping coefficient on all intervals of a fixed length ar…

math.AP2017★ 1 cited

A Harmonic Analysis Proof of the Boundary Observability Inequality for the Wave Equation and Visco-Elastic Equation

Walton Green, Shitao Liu, Mishko Mitkovski

In this paper, we give a harmonic analysis proof of the Neumann boundary observability inequality for the wave equation in an arbitrary space dimension. Our proof is elementary in…