What is server client architecture?

Client Server Architecture is a computing model in which the server hosts, delivers and manages most of the resources and services to be consumed by the client. This type of architecture has one or more client computers connected to a central server over a network or internet connection.

What are the components of a client server architecture?

The three major components in the client-server model: presentation, application logic, and data storage. In the thin-client model, the client embodies only the presentation component, while the server absorbs the other two.

What are the types of client server architecture?

There are four various types of client-server architecture.

• 1 Tier Architecture.
• 2 Tier Architecture.
• 3 Tier Architecture.
• N Tier Architecture.

How does a client server architecture system work?

Client Server Architecture works when the client computer sends a resource or process request to the server over the network connection, which is then processed and delivered to the client.

How is a server used in a client-server model?

In the client–server model, the server is often designed to operate as a centralized system that serves many clients. The computing power, memory and storage requirements of a server must be scaled appropriately to the expected work-load ( i.e., the number of clients connecting simultaneously).

How does a client rely on a server?

Clients mainly rely on the servers for resources, like devices, files, and processing power. What is Client-Server Architecture? A client-server architecture or model is an application network separating tasks between the clients and servers that live in the same system or have to communicate through a computer network.

What does thin client mean in server architecture?

A thin client also known as Lean, Zero or Slim Client is a computer or computer program that depends heavily on some other computer (server) to fulfill its computational roles. A server is the sender end of a service in client server architecture of a system.