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Answer: Centralized.
## Explanation This question describes a classic **client-server architecture** where: - **Servers** provide specific services - **Clients** request services from servers - Communication follows a request-response pattern This is a **centralized architecture** because: 1. **Centralized control**: Servers act as central points of service provision 2. **Asymmetric roles**: Clear distinction between clients (requesters) and servers (providers) 3. **Dependency**: Clients depend on servers for services 4. **Hierarchical structure**: Servers are at the center, clients at the periphery **Why not the other options:** - **A) Multidivided**: Not a standard architecture term in distributed systems - **B) Structured peer-to-peer**: In P2P, all nodes are equal (peers) with structured overlay networks - **C) Decentralized**: No central authority, nodes coordinate directly - **D) Unstructured peer-to-peer**: Random connections between peers without structured overlay The described architecture is **centralized** because it relies on dedicated servers that clients depend on, which is the fundamental characteristic of client-server systems.
Author: Danyel Barboza
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Processes, in a distributed system, are divided into two groups, with possible overlap. A server is a process that implements a specific service. A client is a process that requests a service from a server by sending it a request and then waiting for the server's response. This is an example of architecture:
A
Multidivided.
B
Structured peer-to-peer.
C
Decentralized.
D
Unstructured peer-to-peer.
E
Centralized.