AbstractIn this paper, the inverse function theorem and the implicit function theorem in a non-Archimedean setting will be discussed. We denote by N any non-Archimedean field extension of the real numbers that is real closed and Cauchy complete in the topology induced by the order; and we study the properties of locally uniformly differentiable functions from Nn to Nm. Then we use that concept of local uniform differentiability to formulate and prove the inverse function theorem for functions from Nn to Nn and the implicit function theorem for functions from Nn to Nm with m<n
Abstract. Sufficient conditions are given for a mapping to be γ-G inverse differentiable. Constraine...
Typically, the implicit function theorem can be used to deduce the differentiability of an implicit ...
Let k be a non-archimedean field: a field that is complete with respect to a specified nontrivial no...
AbstractIn this paper, the inverse function theorem and the implicit function theorem in a non-Archi...
Continuity or even differentiability of a function on a closed interval of a non-Archimedean field a...
ABSTRACT. We prove implicit and inverse function theorems for non-C1 functions, and characterize non...
We obtain a global inverse function theorem guaranteeing that if a smooth mapping of finite-dimensio...
Continuity or even differentiability of a function on a closed interval of a non-Archimedean field a...
The validity of Newton-Kantorovich methods for the computational solution of inverse problems is dir...
AbstractWe extend the classical inverse and implicit function theorems, the implicit function theore...
The implicit function theorem is part of the bedrock of mathematics analysis and geometry. Finding i...
In the present paper we obtain a new homological version of the implicit function theorem and some v...
In the present paper we obtain a new homological version of the implicit function theorem and some v...
With utmost pleasure, I dedicate this article to my teacher, mentor, and friend Olvi Mangasarian on ...
We prove a non-smooth generalization of the global implicit function theorem. More precisely we use ...
Abstract. Sufficient conditions are given for a mapping to be γ-G inverse differentiable. Constraine...
Typically, the implicit function theorem can be used to deduce the differentiability of an implicit ...
Let k be a non-archimedean field: a field that is complete with respect to a specified nontrivial no...
AbstractIn this paper, the inverse function theorem and the implicit function theorem in a non-Archi...
Continuity or even differentiability of a function on a closed interval of a non-Archimedean field a...
ABSTRACT. We prove implicit and inverse function theorems for non-C1 functions, and characterize non...
We obtain a global inverse function theorem guaranteeing that if a smooth mapping of finite-dimensio...
Continuity or even differentiability of a function on a closed interval of a non-Archimedean field a...
The validity of Newton-Kantorovich methods for the computational solution of inverse problems is dir...
AbstractWe extend the classical inverse and implicit function theorems, the implicit function theore...
The implicit function theorem is part of the bedrock of mathematics analysis and geometry. Finding i...
In the present paper we obtain a new homological version of the implicit function theorem and some v...
In the present paper we obtain a new homological version of the implicit function theorem and some v...
With utmost pleasure, I dedicate this article to my teacher, mentor, and friend Olvi Mangasarian on ...
We prove a non-smooth generalization of the global implicit function theorem. More precisely we use ...
Abstract. Sufficient conditions are given for a mapping to be γ-G inverse differentiable. Constraine...
Typically, the implicit function theorem can be used to deduce the differentiability of an implicit ...
Let k be a non-archimedean field: a field that is complete with respect to a specified nontrivial no...