Decentralized Thoughts decentralizedthoughts.github.io

Blind and Threshold Blind Signatures

decentralizedthoughts.github.io·19w

On Optimistic 2-round Fast Path under Partial Synchrony (!?!)

decentralizedthoughts.github.io·19w

Communication Complexity under Harsh Partial Synchrony

decentralizedthoughts.github.io·24w

DPaaS - Improving Decentralization by Removing Relays in Ethereum PBS

decentralizedthoughts.github.io·25w

Scalable Agreement - Near Linear Communication and Constant Expected Time

decentralizedthoughts.github.io·25w

Finality Is in the Eye of the Behodler

decentralizedthoughts.github.io·27w

Why BFT Needs Three Rounds

decentralizedthoughts.github.io·28w

Finality Is in the Eye of the Behodler

decentralizedthoughts.github.io·28w

From Benign Simplex to Byzantine Simplex

decentralizedthoughts.github.io·29w

Benign Simplex

decentralizedthoughts.github.io·30w

Test your understanding of the basics of fault tolerant distributed computing

decentralizedthoughts.github.io·32w

Carry: HotStuff Linearity with Tail-Forking-Resilience

decentralizedthoughts.github.io·35w

Variants of Simplex with Reduced Bad-case Latency: C-Simplex and Kuplex

decentralizedthoughts.github.io·36w

Agreement under omission failures: non-uniformity and weak validity

decentralizedthoughts.github.io·42w

What’s DAG got to do with it?

decentralizedthoughts.github.io·43w

2-round BFT in Simplex style for n=5f-1

decentralizedthoughts.github.io·43w

Graded dispersal with perfect security

decentralizedthoughts.github.io·44w

Concurrent 2-round and 3-round Simplex-style BFT

decentralizedthoughts.github.io·44w

Lagrange's Theorem through the algorithmic lens

decentralizedthoughts.github.io·45w

An Analysis of Latency and Block Capacity in Nakamoto Consensus

decentralizedthoughts.github.io·45w

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