PHDAG achieves depth-independent O(1) gas cost for appends in on-chain provenance registries, outperforming incremental Merkle trees beyond very small depths, with linear-time trustless reconstruction from event logs.
Transaction fee mechanism design for the ethereum blockchain: An economic analysis of EIP-1559
6 Pith papers cite this work. Polarity classification is still indexing.
6
Pith papers citing it
representative citing papers
Dynamic MDP pricing stabilizes Ethereum mempool volume, maximizes discounted reward, and recovers EIP-1559-like updates under high overshoot penalties.
A game-theoretic cryptographic framework for trustless provenance trees on blockchains where honest registration is the unique stable strategy and complete integrity needs cryptographic priority, governance cascade, and contract enforcement.
The paper systematizes preconfirmation protocols by defining core terms, proposing a general framework, analyzing economics and risks, and surveying implementations in blockchain systems.
Decentralized ecosystems require routed closure to ensure captured value reaches critical incentive recipients via verifiable routes, unlike centralized systems with discretionary reallocation pools.
The FRS is a token framework that encodes predictable carrying costs into asset-backed tokens using a time-decreasing q(t) while preserving ERC-20 fungibility and composability.
citing papers explorer
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Parent-Hash DAG: A Cost Analysis of Constant-Time Append for On-Chain Registries
PHDAG achieves depth-independent O(1) gas cost for appends in on-chain provenance registries, outperforming incremental Merkle trees beyond very small depths, with linear-time trustless reconstruction from event logs.
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Dynamic Transaction Scheduling and Pricing in the Ethereum Mempool
Dynamic MDP pricing stabilizes Ethereum mempool volume, maximizes discounted reward, and recovers EIP-1559-like updates under high overshoot penalties.
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Trustless Provenance Trees: A Game-Theoretic Framework for Operator-Gated Blockchain Registries
A game-theoretic cryptographic framework for trustless provenance trees on blockchains where honest registration is the unique stable strategy and complete integrity needs cryptographic priority, governance cascade, and contract enforcement.
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SoK: Preconfirmations
The paper systematizes preconfirmation protocols by defining core terms, proposing a general framework, analyzing economics and risks, and surveying implementations in blockchain systems.
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Routed Closure: Rethinking Value Capture in Decentralized Ecosystems
Decentralized ecosystems require routed closure to ensure captured value reaches critical incentive recipients via verifiable routes, unlike centralized systems with discretionary reallocation pools.
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The Fungible Reserve Standard: A Deterministic Framework for Encoding Carrying Costs in Asset-Backed Tokens
The FRS is a token framework that encodes predictable carrying costs into asset-backed tokens using a time-decreasing q(t) while preserving ERC-20 fungibility and composability.