In this study, we propose an integrated model of two‐sided stochastic matching platforms to
understand the design and operations of free‐float shared‐mobility systems. In particular …

We analyze a double-sided queue with priority that serves patient customers and customers
with zero patience (ie, impatient customers). In a two-sided market, high and low priority …

We consider a time-non-homogeneous double-ended queue subject to catastrophes and
repairs. The catastrophes occur according to a non-homogeneous Poisson process and …

In this paper, we consider a double-ended queue with First-Come-First-Match discipline
(also known as matched queues) under customers' flexible and impatient behaviors. Such a …

We study matching queues with abandonment. The simplest of these is the two-sided queue
with servers on one side and customers on the other, both arriving dynamically over time …

We propose a novel approach, based on a Human Leukocyte Antigen (HLA) best-fit
criterion, to dynamically allocate live organs (specifically, kidneys) to candidates needing …

We consider a matching market where buyers and sellers arrive according to independent
Poisson processes at the same rate and independently abandon the market if not matched …

This study examines a matching queue problem (double-sided matching queue) where
customers are loss-averse with respect to their waiting times. We first set the reference point …

Motivated by production systems with nonstationary stochastic demand, we study a double-
ended queueing model having back orders and customer abandonment. One side of our …

We study a double-ended queue consisting of two classes of customers. Whenever there is
a pair of customers from both classes, they are matched and leave the system. The matching …