Concurrency control

Applied sciences
Computer engineering
High-performance computing
Distributed computing

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Related lectures (32)

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Introduction to Concurrency

Covers the basics of concurrency, its importance, and how to write concurrent programs.

Conquering Highly Concurrent Workloads

Explores optimizing data layout and query execution for highly concurrent workloads, emphasizing low latency and interactivity in analytical queries.

The Power of Registers

Covers wait-free implementations of atomic objects, focusing on counters and snapshots, discussing key ideas for enforcing atomicity and wait-freedom.

Transactions and Concurrency Control

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

Theoretical Foundations for Emerging Multiprocessor Technologies: RDMA and NVRAM

Explores theoretical foundations for RDMA and NVRAM in multiprocessor technologies, covering contention, concurrency control, and fault tolerance.

Hardware Verification using High-Level Design Languages

Explores challenges in hardware verification, clear specifications, speculation harm, and cycle-precise semantics.

Transactions: Concepts and Implementations

Explores the significance and challenges of transactions, emphasizing ACID properties and the practical implications of using transactional memory for concurrency control.

Distributed Transactions: Principles and Protocols

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

Asynchronous Programming: Callbacks and Failures

Covers the concept of asynchronous programming and how to handle dependencies and failures.

Architecture of CockroachDB

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