Friddy multiagent price stabilization model

TL;DR

This paper introduces a multiagent model for price stabilization of Friddy coins, where agents buy and sell to reach market equilibrium despite initial price disparities.

Contribution

It proposes a novel multiagent network framework for modeling and analyzing price stabilization mechanisms in cryptocurrency markets.

Findings

Prices tend to reach equilibrium through iterative buy-sell transactions.

The model demonstrates effective stabilization despite initial price differences.

Potential applications in designing stable cryptocurrency systems.

Abstract

In a multiagent network model consisting of nodes, each network node has an agent and priced Friddy coins, and the agent can buy or sell Friddy coins in the marketplace. Though every node may not effectively have an equal price during the transaction time, the prices have to reach equilibrium by iterating buy and sell transactions on a macro level.