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Computer Science
Distributed Systems
Blockchain and Distributed Ledger Technologies
1. Fundamentals of Distributed Systems
2. Core Cryptographic Principles
3. Introduction to Distributed Ledger Technology
4. Blockchain Fundamentals
5. Consensus Mechanisms
6. Types of Blockchains and DLTs
7. Cryptocurrencies and Digital Assets
8. Smart Contracts and Decentralized Applications
9. Blockchain Architecture and Development
10. Security, Privacy, and Challenges
11. Scaling Solutions
12. Applications and Industry Use Cases
13. The Future of DLT
Blockchain Fundamentals
The Concept of a Block
Block Structure Overview
Block Header
Version
Previous Block Hash
Merkle Root
Timestamp
Nonce
Difficulty Target
Block Body
Transaction Data
Metadata
Block Size Considerations
Chaining Blocks Together
Linking via Previous Block Hash
The Role of Hash Pointers
Chain Integrity
Genesis Block
Definition and Importance
Initial Parameters
Transactions
Structure of a Transaction
Inputs
Outputs
Signatures
Metadata
Transaction Fees
Transaction Lifecycle
Creation
Broadcasting
Validation
Confirmation
Transaction Models
UTXO Model
Input and Output Mechanism
Double-Spending Prevention
Coin Selection
Account-Based Model
Account Balances
State Updates
Nonce Management
Merkle Trees and Merkle Roots
Structure of Merkle Trees
Merkle Root Calculation
Verifying Data Integrity
Simplified Payment Verification
Lightweight Clients
Proof of Inclusion
Security Assumptions
Block Validation and Propagation
Validation Rules
Network Propagation
Orphan Blocks
Chain Reorganization
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3. Introduction to Distributed Ledger Technology
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5. Consensus Mechanisms