Autonomous Dominant Resource Fairness for Blockchain Ecosystems
Serdar Metin

TL;DR
This paper introduces Autonomous Dominant Resource Fairness, a blockchain-compatible algorithm for fair and efficient allocation of multiple heterogeneous resources among many users, optimized for low gas costs.
Contribution
It proposes a novel, loop-free adaptation of Precomputed Dominant Resource Fairness suitable for blockchain environments, enabling scalable multi-resource management.
Findings
Gas-cost efficiency demonstrated in tests
Supports hundreds of resource types
Suitable for unlimited users
Abstract
Blockchain systems have been a part of mainstream academic research, and a hot topic at that. It has spread to almost every subfield in the computer science literature, as well as economics and finance. Especially in a world where digital trust is much sought for, blockchains offer a rich variety of desired properties, such as immutability, public auditing, decentralised record keeping, among others. Not only has it been a research topic of its own, the integration of blockchains into other systems has been proposed as solutions in many areas, ranging from grid computing, cloud and fog computing, to internet of things, self driving vehicles , and smart cities. In many cases the primary function attributed to blockchains in these contexts is resource management. Although much attention is paid to this topic, the focus is on single resource allocation scenarios. Even the cases where…
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Taxonomy
TopicsBlockchain Technology Applications and Security
