About the computation of the signature of surface singularities z^N+g(x,y)=0

TL;DR

This paper discusses a parallel implementation of a method to compute the signature of surface singularities defined by equations like z^N+g(x,y)=0, highlighting computational experiences.

Contribution

It introduces a parallel SINGULAR implementation for calculating the signature of specific surface singularities, demonstrating practical computational approaches.

Findings

Successful parallel implementation in SINGULAR

Enhanced computational efficiency for singularity signatures

Practical insights into surface singularity analysis

Abstract

In this article we describe our experiences with a parallel SINGULAR-implementation of the signature of a surface singularity defined by z^N+g(x,y)=0.