Lectures related to Transactions and Concurrency Control

Transaction Management & Concurrency Control

Explores transaction management, concurrency control, ACID properties, anomalies, and conflict serializability in database systems.

Concurrency Control & Recovery in Databases

Delves into transaction management, concurrency control, and recovery in databases to ensure data integrity and system resilience.

Concurrency Control & Eventual Consistency

Covers concurrency control techniques and eventual consistency in databases, including two-phase locking, strict 2PL, and Dynamo's algorithm.

Transactions and Concurrency Control

Delves into lock-based concurrency control, deadlock handling, transaction models, and their limitations.

ACID and Transaction Schedules

Explores transactions, ACID properties, schedules, and anomalies in database systems.

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Transactions: Concepts and Implementations

Explores the elegance and challenges of transactions, including ACID properties and transactional memory benefits in concurrent programming.

Transactions and Concurrency Control

Explores transactions, concurrency control, conflict resolution, and snapshot isolation in databases, emphasizing consistency and performance.

Transactional Memory: Hardware Concurrency Control

Explores transactional memory for hardware concurrency control, discussing locking mechanisms, performance trade-offs, and hardware changes.

Distributed Transactions: Architectures and Protocols

Explores parallel database architectures and distributed transaction protocols, focusing on coordination, concurrency control, and recovery challenges.

Transactions and ACID: Overview

Explores transactions, ACID properties, concurrency challenges, and scheduling in database management systems.

Architecture of CockroachDB

Explores the architecture of CockroachDB, focusing on transaction management, concurrency control, and scalability.

Distributed Transactions: Coordination, Concurrency Control, and Recovery

Explores distributed transactions, covering coordination, concurrency control, recovery, and the Two-Phase Commit protocol.

Transactions & Concurrency Control: Pessimistic CC

Explores transactions, concurrency control, deadlock handling, and challenges in dynamic databases.

Multiversion Concurrency Control: MVCC and Snapshot Isolation

Explores Multiversion Concurrency Control and Snapshot Isolation in database systems, ensuring consistent snapshots and reducing conflicts.

Concurrency Control: Lock-Based Protocols

Covers lock-based concurrency control protocols and various transaction models.

Distributed Transactions: Principles and Protocols

Explores distributed transactions, covering principles, protocols, concurrency control, commit, and replication.

Transactional Memory: Two-phase Locking and Invisible Reads

Explores historical perspectives and mechanisms of transactional memory, emphasizing the importance and challenges of its implementation in modern computing systems.

Introduction to Database Systems

Covers the basics of database systems, including data modeling, DBMS, data independence, and the course overview.

Multi-Version Concurrency Control: Optimistic Approaches

Explores Multi-Version Concurrency Control with optimistic approaches to enhance transaction processing systems.