Online minimum search for a Brownian bridge
Erik Wu, Shannon Starr

TL;DR
This paper investigates an efficient numerical method for accurately finding the minimum and arg-min of a Brownian bridge, leveraging classical results to ensure small errors and low failure probability.
Contribution
It demonstrates that the bisection method effectively computes the minimum of a Brownian bridge with high accuracy and reliability, based on established theoretical results.
Findings
Bisection method achieves small error in minimum estimation
Low probability of failure for the proposed method
Utilizes classical results to validate the approach
Abstract
In this short note we consider the computational problem of numerically finding the minimum and arg-min of a Brownian bridge. Using well-known results by Pitman, Tanaka, Vervaat and Williams we are able to show that the bisection method has both a small error and a small probability of failure.
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Taxonomy
TopicsWater Systems and Optimization
