UsefulLinks
1. Introduction to Parallel and Distributed Computing
2. Parallel Computing Fundamentals
3. Parallel Algorithms and Applications
4. Distributed Computing Fundamentals
5. Time and Coordination in Distributed Systems
6. Replication and Consistency
7. Fault Tolerance in Distributed Systems
8. Distributed Algorithms
9. Large-Scale Data Processing
10. Cloud Computing
11. High-Performance Computing
12. Emerging Paradigms and Technologies
13. Performance Analysis and Optimization
14. Security in Parallel and Distributed Systems
  1. Computer Science
  2. Distributed Systems

Parallel and Distributed Computing

1. Introduction to Parallel and Distributed Computing
2. Parallel Computing Fundamentals
3. Parallel Algorithms and Applications
4. Distributed Computing Fundamentals
5. Time and Coordination in Distributed Systems
6. Replication and Consistency
7. Fault Tolerance in Distributed Systems
8. Distributed Algorithms
9. Large-Scale Data Processing
10. Cloud Computing
11. High-Performance Computing
12. Emerging Paradigms and Technologies
13. Performance Analysis and Optimization
14. Security in Parallel and Distributed Systems
14.
Security in Parallel and Distributed Systems
14.1.
Security Threats
14.1.1.
Confidentiality Threats
14.1.2.
Integrity Threats
14.1.3.
Availability Threats
14.1.4.
Authentication Threats
14.2.
Cryptographic Techniques
14.2.1.
Symmetric Encryption
14.2.2.
Asymmetric Encryption
14.2.3.
Digital Signatures
14.2.4.
Hash Functions
14.3.
Distributed Security Protocols
14.3.1.
Key Distribution
14.3.2.
Authentication Protocols
14.3.3.
Authorization Mechanisms
14.3.4.
Secure Communication
14.4.
Security in Cloud Computing
14.4.1.
Multi-tenancy Security
14.4.2.
Data Protection
14.4.3.
Identity Management
14.4.4.
Compliance and Auditing

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13. Performance Analysis and Optimization

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1. Introduction to Parallel and Distributed Computing

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