Use Cases of Distributed Systems
- Cloud Computing Platforms: Cloud services share resources over data centers. This lets them offer computing on demand. AWS, Azure, GCP are examples.
- Peer-to-Peer (P2P) Networks: Peer-to-peer networks are special kinds of computer networks that allow direct communication between computers without needing a central server. These networks work by letting each computer share its resources and services with other computers on the network
- Distributed Databases: Distributed databases are computer systems that store information across several computers or nodes linked together in a network. Having data spread out like this makes the database highly available, fault-tolerant, and scalable. This means the database can handle many users and requests without crashing or slowing down. It also allows the system to keep working even if some parts fail.
Centralized vs Distributed System
It is essential to understand the differences between centralized and distributed systems. Centralized systems have a single, central point of control, like a hub controlling all the activities. For instance, a school administration office manages all the classrooms and teachers. On the other hand, distributed systems are like a team of equals, with no single point of control. Each part of the system can operate independently, yet they work together seamlessly, like computers connected to each other. This article highlights their importance in various applications and their differences in effective system design and management.
Important Topics for Centralized vs Distributed System
- What is a Centralized System?
- Characteristics of Centralized Systems
- Use Cases of Centralized Systems
- What is a Distributed System?
- Use Cases of Distributed Systems
- Centralized vs. Distributed System