The Multipolarity Lab

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In-House Research Capabilities

Leveraging on research and assignments for different clients across the last years, we have developed in-house capabilities to conduct Research Projects and to develop Models and Bespoke Solutions using Machine Learning and leveraging the power of Artificial Intelligence.

Key Areas of Expertise

  • Graph Networks and Graphical Models
  • Natural Language Processing
  • Deep Reinforcement Learning
  • Agent-Based Models and Simulations
  • Forecasting and Prediction Algorithms

Case Study: Modelling a Banking Crisis

There are striking similarities between banking crises and pandemics. Both can originate from a minor infectious source and can spread very quickly all over the world.

When it comes to banking crises, and to bank runs more specifically, the dominant model for the last four decades is the Diamond & Dibvig model (1983). It deserved its authors the Nobel Prize in 2022. Not a small deal … 

Using the analogy with the propagation of a pandemic, we modeled a banking crisis as a contagion effect within an agent-based model (ABM). Our model has two types of agents: Banks and Customers. Banks are randomly connected in a “small world” Watts–Strogatz network model. Customers react to signals about a bank being safe or not safe. In the latter case, they withdraw their deposits and reallocate them to the remaining safe banks in the system.

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ABMs offer fantastic opportunities to develop realistic models of the economy without any macro-rules. They can be scaled to millions of agents depending on the computing resources deployed.

>> View the Code on our GitHub Account

Contact us if you need help solving a problem by leveraging our human expertise and computational resources