Lock (computer science)

Applied sciences
Computer engineering
High-performance computing
Parallel computing

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Related lectures (32)

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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.

Concurrency Primitives and Pitfalls

Explores concurrency primitives, mutual exclusion, and synchronization pitfalls in operating systems, focusing on condition variables and semaphores.

Lock-free synchronization: Achieving low latency

Explores the significance of lock-free synchronization in achieving low latency and high performance in distributed systems.

Edge Computing: Enhancing Performance with Klepsydra

Explores Klepsydra's innovative edge computing solutions and their impact on various sectors, emphasizing the importance of lock-free programming techniques.

Transactional Memory: Hardware Concurrency Control

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

Locking Primitives: Avoiding Race Conditions in Threads

Covers locking primitives necessary to prevent race conditions in multithreaded programming, focusing on mutual exclusion and atomic operations.

Mutexes: Managing Thread Synchronization

Explains mutexes as thread locks, addressing busy waiting and ensuring efficient synchronization in multi-threaded applications.

Modular Hand Prosthesis: G3

Details the creation of a modular hand prosthesis using 3D printing.

High-throughput Transactions: GPU Acceleration

Discusses GPU acceleration for high-throughput transactions and the impact of coarse locking granularity.

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