ACIP

Towards a more accurate quasi-static approximation of the electric potential for neurostimulation with kilohertz-frequency sources*

Objective. Our goal was to determine the conditions for which a more precise calculation of the electric potential than the quasi-static approximation may be needed in models of electrical neurostimulation, particularly for signals with …

A partially averaged system to model neuron responses to interferential current stimulation

The interferential current (IFC) therapy is a noninvasive electrical neurostimulation technique intended to activate deep neurons using surface electrodes. In IFC, two independent kilohertz-frequency currents purportedly intersect where an …

IPMAS 2023

The symposium “Inverse Problems: Methods, Applications & Synergies” IPMAS will be carried out from January 10th to 12th. The organization of this hybrid workshop is a joint effort of the Millennium Nucleus For Applied Control And Inverse Problems, ACIP, the Center for Mathematical Modeling (CMM-U.

IPMAS 2022

The symposium “Inverse Problems: Methods, Applications & Synergies” IPMAS was carried out from January 12th to 14th. The organization of this hybrid workshop was a joint effort of the Millennium Nucleus For Applied Control And Inverse Problems, ACIP, the Center for Mathematical Modeling (CMM-U.

Neuroingeniería en la Usach

First ACIP Workshop: Neurostimulation Modeling

Los/as investigadores/as del Núcleo Milenio ACIP junto con investigadores y estudiantes de diversas instituciones nacionales e internacionales nos reunimos para discutir sobre problemas y desafíos en el modelado de la neuroestimulación.

Modelado matemático para terapias médicas

Entrevista en Radio Usach / STGO.TV sobre modelado matemático para terapias médicas en el marco del Núcleo Milenio para Aplicaciones de Control y Problemas Inversos (ACIP). “All You Need is Lab” - 7 de abril de 2021

Millennium Nucleus for Applied Control and Inverse Problems (NCN19_161)