Ouldooz Baghban Karimi

ICN:3.7.2. TCP Congestion Control FSM , Throughput

ICN: 2.3.2. HTTP Persistence

DBS: 5.2. Transaction Management: Concurrency Control & Scheduling

ICN: 2.8.3. Socket Programming: TCP Socket

DBS: 6.6. Crash Recovery Alternatives & Media Failures

ICN: 2.8.2. Socket Programming: UDP Socket

ICN: 3.5.6. TCP Flow Control

ICN:2.8.3. TCP Socket Programming Example

DBS: 4.26. Cost-based Optimization, Dynamic Programming

ICN: 3.5.8. TCP Closing Connection

DBS: 5.14. CC(7): Validation-Based Protocols

DBS: 4.12. Sorting (External Merge-Sort)

DBS: 4.4. Convert to RA tree: Example

ICN: 2.5.3. DNS Name Resolution

ICN:2.5.3.Name Resolution

ICN:4.8.4. SDN Examples & Challenges

DBS: 5.11. CC(4): Deadlocks (2)

DBS: 6.4. ARIES (1)

ICN:3.5.5.TCP Fast Retransmit

ICN: 3.4.7. RDT: Stop & Wait vs. Pipelining

DBS: 5.1. Transaction Management: ACID Properties

DBS: 5.3. Transactions: Schedules: Serial, Serializable, Conflict

DBS: 4.6. RA Laws (2)

DBS: 4.16. Sort-Merge Join

ICN:3.2.2. Connectionless Demultiplexing

DBS: 6.3. WAL Protocol, Checkpoints

ICN: 1.4.3. Network Core (3): Circuit Switching & Packet Switching Example

ICN:2.8.2. UDP Socket Programming Example

ICN:1.7. A Brief History of Computer Networks

ICN:3.5.4.TCP Retransmissions & ACK Generation

DBS: 4.11. Selections (Conjunctive, Disjunctive, Negated)

ICN:3.7.3. TCP CUBIC & Delay-Based TCP

ICN: 3.2.1. Multiplexing & Demultiplexing

ICN: 5.9. Data Center Networks (DCN)

DBS: 4.9. Size Estimation (2)

DBS: 4.20. Evaluation Models (2): Pipelining

DBS: 4.13. Nested Loop Join

ICN:3.5.2. TCP - Timeout

DBS: 5.9. CC(2): Two-Phase Locking