Frictional Unemployment on Labor Flow Networks

03/01/2019
by   Robert L. Axtell, et al.
0

We develop an alternative theory to the aggregate matching function in which workers search for jobs through a network of firms: the labor flow network. The lack of an edge between two companies indicates the impossibility of labor flows between them due to high frictions. In equilibrium, firms' hiring behavior correlates through the network, generating highly disaggregated local unemployment. Hence, aggregation depends on the topology of the network in non-trivial ways. This theory provides new micro-foundations for the Beveridge curve, wage dispersion, and the employer-size premium. We apply our model to employer-employee matched records and find that network topologies with Pareto-distributed connections cause disproportionately large changes on aggregate unemployment under high labor supply elasticity.

READ FULL TEXT
research
05/29/2023

Network-Calculus Service Curves of the Interleaved Regulator

The interleaved regulator (implemented by IEEE TSN Asynchronous Traffic ...
research
01/12/2020

Supply Network Formation and Fragility

We model the production of complex goods in a large supply network. Firm...
research
09/28/2020

Market Equilibrium in Multi-tier Supply Chain Networks

We consider a sequential decision model over multi-tier supply chain net...
research
02/11/2018

Faster Distributed Shortest Path Approximations via Shortcuts

A long series of recent results and breakthroughs have led to faster and...
research
08/20/2021

Identifying Aggregation Artery Architecture of constrained Origin-Destination flows using Manhattan L-function

The movement of humans and goods in cities can be represented by constra...
research
05/14/2022

On Evaluating Power Loss with HATSGA Algorithm for Power Network Reconfiguration in the Smart Grid

This paper presents the power network reconfiguration algorithm HATSGA w...
research
05/24/2023

Quasi-Deterministic Burstiness Bound for Aggregate of Independent, Periodic Flows

Time-sensitive networks require timely and accurate monitoring of the st...

Please sign up or login with your details

Forgot password? Click here to reset