Synchronization and Coordination in Distributed Systems
Synchronization and coordination mechanisms are provided to ensure processes that are not in sequence in a distributed system can share common resources in an orderly manner that is exclusive to other processes in the system. Strategies, e.g., mutual exclusion (critical section) can get long locks due to their enormous usage, resulting in deadlocks.
- Locking mechanisms, mutexes, execute the function of synchronization of multiple threads or processes and prevent them from attempting to work on the same shared resource simultaneously, which leads to data conflict.
- Distributed systems purely base distributed locking mechanisms on distributed mutual exclusion algorithms so as to extend mutual exclusion to several nodes through the network in order to help them achieve coordination regarding access to shared resources over the network.
- Compatibility and cooperation are the keys to consistent data integrity, and they can prevent race conditions as well. Also, they are vital for the consistent behavior of the system.
Key Elements of Distributed Systems
In this article we will explore key elements of distributed systems such as system assumptions, communication paradigms, synchronization, consistency models, failure handling, security considerations, and performance metrics. Understanding these elements is crucial for designing robust distributed systems.
Important Topics for Key Elements of Distributed Systems
- System Assumptions in Distributed Systems
- Communication Paradigms in Distributed Systems
- Synchronization and Coordination in Distributed Systems
- Consistency Models in Distributed Systems
- Failure Handling in Distributed Systems
- Security Considerations in Distributed Systems
- Performance Metrics in Distributed Systems