Synchronization Algorithms
Synchronization Algorithms closely interact with each other to synchronize parallel executions within dispensed nodes. This synchronization is enabled so that indifferent processes or threads operate simultaneously to avoid race conditions, deadlocks, and inconsistencies.
For this purpose, distributed locks, semaphores, and distributed clocks play a significant part. The combination of these guarantees safe synchronization of the system without compromising its performance.
- Distributed Locks: Distributed locks are mechanisms used to coordinate access to shared resources across multiple nodes in a distributed system.
- Semaphores: Semaphores are another synchronization primitive used to control access to shared resources, particularly in concurrent programming. They can be used to limit the number of concurrent accesses to a resource or to signal events between processes.
- Distributed Clocks: Distributed clocks are used to maintain synchronized timestamps across multiple nodes in a distributed system.
Distributed System Algorithms
Distributed systems are the backbone of modern computing, but what keeps them running smoothly? It’s all about the algorithms. These algorithms are like the secret sauce, making sure everything works together seamlessly. In this article, we’ll break down distributed system algorithms in simple language.
Important Topics for Distributed System Algorithms
- Communication Algorithms
- Synchronization Algorithms
- Consensus Algorithms
- Replication Algorithms
- Distributed Query Processing Algorithms
- Load Balancing Algorithms
- Distributed Data Structures and Algorithms
- Failure Detection and Failure Recovery Algorithms
- Security Algorithms for a Distributed Environment
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