2 citations · 2 across the 4 of their papers we have counts for
5 papers
The Rise of Low Precision Floating Point
Guy Lemieux, Michael L. Overton
Floating point computing has dominated scientific computations since the 1950s because of its versatile ability to approximate real numbers with both sufficiently high precision an…
TaMPERing with Large Language Models: A Field Guide for using Generative AI in Public Administration Research
Michael Overton, Barrie Robison, Lucas Sheneman
The integration of Large Language Models (LLMs) into social science research presents transformative opportunities for advancing scientific inquiry, particularly in public administ…
On the Choice of Sign Defining Householder Transformations
Michael L. Overton, Pinze Yu
It is well known that, when defining Householder transformations, the correct choice of sign in the standard formula is important to avoid cancellation and hence numerical instabil…
An Experimental Comparison of Methods for Computing the Numerical Radius
Tim Mitchell, Michael L. Overton
We make an experimental comparison of methods for computing the numerical radius of an complex matrix, based on two well-known characterizations, the first a nonconvex…
Finding the strongest stable weightless column with a follower load and relocatable concentrated masses
Oleg N. Kirillov, Michael L. Overton
We consider the problem of optimal placement of concentrated masses along a massless elastic column that is clamped at one end and loaded by a nonconservative follower force at the…