Wiener-Hopf type Integral Equation

Dr. Ian Thompson | Approximate solutions to Wiener-Hopf equations via the implicit quadrature...

Dr. Anastasia Kisil | Recycling solutions of Helmholtz equation using Wiener-Hopf technique

Lec 44: G/G/1 Queues: Lindley's Integral Equation

Prof. Guido Lombardi | The Fredholm Factorization Method Directly Applied to Generalized...

Dr. Raphael Assier | Waves, oscillatory double integrals, and multidimensional complex analysis

Seminar on Analysis, Differential Equations and Mathematical Physics - Oleg Kudryavtsev

MWS | Prof. Gennady Mishuris | A universal method for the study of transformable waves...

20190802 NCTS Short Course on Riemann Hilbert Method in Integrable Systems Lecture 1

Prof. Yuri Antipov | Vector Carleman boundary value problem with two shifts in a strip and a...

Dr. Andrey Shanin | Estimation of a 2D Fourier integral for the quarter-plane diffraction problem

Alberto Ohashi (UnB) - Rough path and stochastic Stratonovich integrals driven by covariance...

Advanced Digital Signal Processing, Part 13

Janos Balog — Instantons and renormalons in the 2-d sigma model: the full resurgent transseries

Prof. Elias Wegert | Nonlinear Riemann-Hilbert Problems: History, Results and Questions

Local energy solutions of Navier-Stokes equations and regularity

Prof. Valery Smyshlyaev | Homogenisation of resonators via a two-scale transform, and...

The 2-dimensional O(N) sigma model: a resurgence laboratory

Webinar by Prof. Kazuya Kobayashi organized by IEEE MTT-S SBC IITBHU Varanasi

CAM Colloquium - Anna Vainchtein (11/13/20)

Prof. Gennady Mishuris | An effective criterion for a stable factorisation of a strictly...

Dionisios Margetis: 'On the theory of edge plasmon-polaritons in anisotropic 2D materials'

PHYSICS 295B: Quantum Theory of Solids: Lec 14. Diagrams and spin/charge density waves

Dr. Michael Nieves | Interaction of in-plane waves with a structured penetrable line defect in an...

20190805 NCTS Short Course on Riemann Hilbert Method in Integrable Systems Lecture 3