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Blockchain Developer's Guide

You're reading from   Blockchain Developer's Guide Develop smart applications with Blockchain technologies - Ethereum, JavaScript, Hyperledger Fabric, and Corda

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Product type Course
Published in Dec 2018
Publisher
ISBN-13 9781789954722
Length 564 pages
Edition 1st Edition
Languages
Concepts
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Authors (4):
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Paul Valencourt Paul Valencourt
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Paul Valencourt
Brenn Hill Brenn Hill
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Brenn Hill
Narayan Prusty Narayan Prusty
Author Profile Icon Narayan Prusty
Narayan Prusty
Samanyu Chopra Samanyu Chopra
Author Profile Icon Samanyu Chopra
Samanyu Chopra
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Table of Contents (37) Chapters Close

Title Page
Copyright
About Packt
Contributors
Preface
1. Blockchain 101 FREE CHAPTER 2. Components and Structure of Blockchain 3. Decentralization Versus Distributed Systems 4. Cryptography and Mechanics Behind Blockchain 5. Bitcoin 6. Altcoins 7. Achieving Consensus 8. Advanced Blockchain Concepts 9. Cryptocurrency Wallets 10. Alternate Blockchains 11. Hyperledger and Enterprise Blockchains 12. Ethereum 101 13. Solidity 101 14. Smart Contracts 15. Ethereum Accounts and Ether Tokens 16. Decentralized Applications 17. Mining 18. ICO 101 19. Creating Your Own Currency 20. Scalability and Other Challenges 21. Future of Blockchain 22. Understanding Decentralized Applications 23. Understanding How Ethereum Works 24. Writing Smart Contracts 25. Getting Started with web3.js 26. Building a Wallet Service 27. Building a Smart Contract Deployment Platform 28. Building a Betting App 29. Building Enterprise Level Smart Contracts 30. Building a Consortium Blockchain 1. Other Books You May Enjoy Index

Practical Byzantine fault tolerance algorithm 


Practical Byzantine fault tolerance (PBFT) algorithm. Many algorithms are called Byzantine fault tolerant. The name comes from the allegory that presented the original problem.

Imagine an ancient Byzantine army moving to capture a city. The idea is to attack from all sides. Once the generals of the army reach the city, they must agree on when and how to attack. The difficulty is in how to agree. The generals can communicate only by messenger, but the messengers could be captured by the enemy, and there is the additional fear that one or more of the generals or their commanders are traitors.

The generals need a method to ensure that all the loyal generals agree on the same plan and that a small number of possible traitors cannot cause the mission to fail.

The loyal generals will all do what the method says they will do, but the traitors might do anything. How can the generals create a method that ensures that, as long as most of them are loyal,...

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