DeFi gas-fee & cryptoeconomic models
Research on Ethereum DeFi gas-fee minimization, Nash-equilibrium framing, doctoral dissertation work, and protocol-level incentive modeling.
role
period
status
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scene — CONS.TAX
Scalability
PoW scalability, incentives, and assessment stay visible as one system.
- lineage
- blocks
- interval opt
- gas fee
- scoring
This line connects blockchain engineering with cryptoeconomic modeling.
The IEEE Access 2024 paper presents gas-fee minimization for Ethereum DeFi pools, with transaction efficiency and security as the main target. The KIIT 2024 paper frames DeFi pools as a game-theoretic equilibrium problem and uses Nash-equilibrium reasoning to discuss stability, efficiency, and fairness.
The doctoral dissertation line extends the same direction under the title Equilibria-Driven Gas Fee Minimization in Decentralized Finance, focusing on transaction efficiency, incentives, stability, and security cost in DeFi systems.