What are the real-world applications of message passing in computing?

What are the real-world applications of message passing in computing?

Message passing is widely used in distributed systems, parallel computing, and network communication. It allows different processes to communicate and synchronize their actions.

Can you give me some specific examples?

Sure! Examples include cloud computing services like AWS, where different services communicate via message passing, and in microservices architecture, where services exchange messages to perform tasks.

How does message passing improve performance?

Message passing improves performance by enabling concurrent processing, reducing bottlenecks, and allowing systems to scale efficiently by distributing workloads.

Are there any downsides to using message passing?

Yes, potential downsides include increased complexity in system design, potential latency in message delivery, and challenges in debugging and monitoring.