L\'evy processes in storage and inventory problems

TL;DR

This paper reviews and applies fluctuation theory of Le9vy processes to storage and inventory systems, deriving formulas for the probability of exceeding certain storage levels, aiding system management.

Contribution

It introduces a comprehensive analysis of storage models with Le9vy process inflows and outflows, providing new formulas for key probability metrics.

Findings

Formulas for probability of storage exceeding a threshold

Analysis of systems with Le9vy inflow and linear outflow

Insights into inventory level fluctuations

Abstract

In this paper we consider storage and inventory systems. Our aim is to apply and review main results of the fluctuation theory of stochastic processes in the context of storage and inventory modeling. We describe systems where the inflow is due to a L\'evy process and the outflow is linear and conversely systems where the inflow is linear and the outflow is due to a L\'evy process. For such systems we investigate the process of a storage (inventory) level. We give formulas for the probability that the storage level exceeds a certain value. This probability is crucial in the management of storage and inventory systems.