most citedA derivative-free -algorithm for convex finite-max problems

2 citations · 2 across the 2 of their papers we have counts for

collaborators

10 papers

math.NA2020

Error bounds for overdetermined and underdetermined generalized centred simplex gradients

Warren Hare, Gabriel Jarry--Bolduc, Chayne Planiden

Using the Moore--Penrose pseudoinverse, this work generalizes the gradient approximation technique called centred simplex gradient to allow sample sets containing any number of poi…

math.FA2019

Parametrically prox-regular functions

Warren Hare, Chayne Planiden

Prox-regularity is a generalization of convexity that includes all C2, lower-C2, strongly amenable and primal-lower-nice functions. The study of prox-regular functions provides ins…

math.FA2019

The NC-proximal average for multiple functions

Warren Hare, Chayne Planiden

The NC-proximal average is a parametrized function used to continuously transform one proper, lsc, prox-bounded function into another. Until now, it has been defined for two functi…

math.CV2019

Some geometric properties of the solutions of complex multi-affine polynomials of degree three

Chayne Planiden, Hristo Sendov

In this paper, we consider complex polynomials of degree three with distinct zeros and their polarization ((z1,z2,z3) with three complex variables. We show, through elementary mean…

math.FA2019

Proximal mappings and Moreau envelopes of single-variable convex piecewise cubic functions and multivariable gauge functions

Chayne Planiden, Xianfu Wang

This work presents a collection of useful properties of the Moreau envelope for finite-dimensional, proper, lower semicontinuous, convex functions. In particular, gauge functions a…

math.FA2019

Epiconvergence, the Moreau envelope and generalized linear-quadratic functions

Chayne Planiden, Xianfu Wang

This work introduces the class of generalized linear-quadratic functions, constructed using maximally monotone symmetric linear relations. Calculus rules and properties of the More…