activity
20142026
most citedMaximizing Algebraic Connectivity in Interconnected Networks

23 citations · 119 across the 25 of their papers we have counts for

collaborators

30 papers

math.NA2026

Discontinuity Analysis and Semi-Analytic Spectral Approximation for the Nonlocal Poisson Equation

Thinh Dang, Bacim Alali, Nathan Albin

We study a nonlocal Poisson problem with discontinuous source term and analyze how the regularity of the integral kernel determines the discontinuity structure of the corresponding…

cs.DS2025

A Fast Algorithm for Finding Minimum Weight Cycles in Mining Cyclic Graph Topologies

Heman Shakeri, Torben Amtoft, Behnaz Moradi-Jamei +2

Cyclic structures are fundamental topological features in graphs, playing critical roles in network robustness, information flow, community structure, and various dynamic processes…

math.NA2025

Fourier Spectral Method for Nonlocal Equations on Bounded Domains

Ilyas Mustapha, Bacim Alali, Nathan Albin

This work introduces efficient and accurate spectral solvers for nonlocal equations on bounded domains. These spectral solvers exploit the fact that integration in the nonlocal for…

math.AP2024

Regularity of Solutions for Peridynamics Equilibrium and Evolution Equations on Periodic Distributions

Thinh Dang, Bacim Alali, Nathan Albin

Results on the peridynamics equilibrium and evolution equations over the space of periodic vector-distributions in multi-spatial dimensions are presented. The associated operator c…

math.AP2024

Regularity of Solutions for the Nonlocal Wave Equation on Periodic Distributions

Thinh Dang, Bacim Alali, Nathan Albin

This work addresses the regularity of solutions for a nonlocal wave equation over the space of periodic distributions. The spatial operator for the nonlocal wave equation is given…

math.CO2024

Minimizing the determinant of the graph Laplacian

Nathan Albin, Joan Lind, Anna Melikyan +1

In this paper, we study extremal values for the determinant of the weighted graph Laplacian under simple nondegeneracy conditions on the weights. We derive necessary and sufficient…