activity
20142026
most citedAlgorithms, unaffected by the Schwarz paradox, approximating tangent planes and area of smooth surfaces via inscribed triangular polyhedra

1 citations · 3 across the 6 of their papers we have counts for

collaborators

6 papers

math.CA2026

On the validity of Tonelli's Theorem

Paolo Roselli, Michel Willem

This work analyzes the validity of Tonelli's theorem, overcoming the traditional assumption of -finiteness. We prove that the existence and equality of iterated integrals for in…

math.GM2025★ 1 cited

On the validity of the Radon-Nikodym Theorem

Paolo Roselli, Michel Willem

This paper presents a new general formulation of the Radon-Nikodym theorem in the setting of abstract measure theory. We introduce the notion of weak localizability for a measure a…

math.DG2022★ 1 cited

The surface tangent paradox and the difference vector quotient of a secant plane

Paolo Roselli

If a one-variable function is sufficiently smooth, then the limit position of secant lines its graph is a tangent line. By analogy, one would expect that the limit position of seca…

math.AP2022

The local Schwarz paradox and the gradient of strongly differentiable functions

Paolo Roselli

We show that the gradient of a multi-variable strongly differentiable function at a point is the limit of a single coordinate-free Clifford quotient between a multi-difference pseu…

math.CA2018

The convergence of a gesture recognizer and the shape of a plane gesture

Lorenzo Luzzi, Paolo Roselli

In this work we develop the mathematical framework of !FTL, a new gesture recognition algorithm and we prove its convergence. Such convergence suggests to adopt a notion of shape f…

math.RA2014★ 1 cited

Algorithms, unaffected by the Schwarz paradox, approximating tangent planes and area of smooth surfaces via inscribed triangular polyhedra

Paolo Roselli

In this work we provide an algorithm approximating the tangent bivector at a point of a smooth surface through inscribed triangles converging to the point, regardless their form or…