file server is a computer responsible for the central storage and management of data files so that other computers on the same network can access the files. A file server allows users to share information over a network without having to physically transfer files by floppy diskette or some other external storage device. Any computer can be configured to be a host and act as a file server. In its simplest form, a file server may be an ordinary PC that handles requests for files and sends them over the network. In a more sophisticated network, a file server might be a dedicated network-attached storage (NAS) device that also serves as a remote hard disk drive for other computers, allowing anyone on the network to store files on it as if to their own hard drive.
Client/server it is the relationship between two computer programs in which one program, the client, makes a service request from another program, the server, which fulfills the request. Although the client/server idea can be used by programs within a single computer, it is a more important idea in a network. In a network, the client/server model provides a convenient way to interconnect programs that are distributed efficiently across different locations. Computer transactions using the client/server model are very common. For example, to check your bank account from your computer, a client program in your computer forwards your request to a server program at the bank. That program may in turn forward the request to its own client program that sends a request to a database server at another bank computer to retrieve your account balance. The balance is returned back to the bank data client, which in turn serves it back to the client in your personal computer, which displays the information for you. Fore More information with help website :http://www.iyogibusiness.com
Client/server And Peer to peer
The fundamental difference between fat-client and thin-client architectures lies in where processing power and application functionalities reside. A fat client, or thick client, performs most processing and application functions locally on the user's device, requiring less reliance on the server for processing tasks. In contrast, a thin client relies heavily on the server for processing, with minimal application logic and data stored locally, which allows for easier maintenance and lower hardware requirements. This distinction impacts performance, scalability, and user experience depending on network conditions and server capabilities.
client is share to data storage in server
There is no single protocol used between a server and a client; the protocol depends on what the server and client are doing and how they are currently communicating.
noemally client server is used by client o server and mobile for calling
A client-server computer architecture involves a centralized server that provides resources and services to multiple client computers connected to it. In contrast, time-sharing allows multiple users to access a single computer system simultaneously by dividing the CPU time among them. Client-server systems are typically used in network environments, while time-sharing is commonly seen in mainframe or supercomputer setups. Both architectures have their own advantages and disadvantages in terms of resource allocation, scalability, and security.
If the messaging is done Peer to Peer, but there is a server which helps the peers to find each other by registering themselves on it, it is then a hybrid relationship.
A client-server database is the relationship between two computer programs. One makes a service request (client) and the other (server) fulfills the request.
SAP - Client (installed)/Server mySAP web browser (Client)/Server
A client cannot see what a server is doing; the only thing that can be monitored by the client is the data communication between the client and the server. If the client needs to see what is going on in the server then the client needs to connect to the server using remote desktop protocol, Terminal Services, telnet, or some other way to directly connect to the server.
client is share to data storage in server
Network architectures are sometimes classified into two broad categories:· client-server architectures,· peer-to-peer architectures.In the client-server architectural model, a system is decomposed into client and server processors or processes. Servers provide computational resources (or services), which clients consume. Typically a server provides services to many clients. It is also common for clients to consume services from multiple services. Stated otherwise, there is generally a 1:M relationship between a server and its clients, and it is sometimes the case that there is a 1:M relationship between a client and the servers that it uses. The client-server architectural model supports the separation of functionality based on the service concept.Client-server architectures are commonly organized into layers referred to as "tiers".Tiered Architectures· Two-tier architectures. The system architecture consists of a data server layer and an application client layer. Data access computation is associated with the data server layer, and the user interface is associated with the client application layer. If most of the application logic is associated with the client application logic, it is sometimes referred to as a "fat client." If it is associated with the data access server, the application client layer is sometimes referred to as a "thin client." · Three-tier architecture. The system architecture consists of data server layer, an application server layer and a client application layer. The application server layer facilitates the separation of application logic from presentation, and promotes distributed processing.· Multi-tier architecture. The system architecture is a superset of a three-tier architecture, and includes additional layers for data and/or application servers.Peer-to-Peer ArchitecturesIn a peer-to-peer architecture model, a system is decomposed into computational nodes that have equivalent capabilities and responsibilities. This division is in contrast to a client-server architectural model, where client and server nodes are divided into server and client roles. An example of a peer-to-peer architecture is a system of intelligent agents that collaborate to collect, filter, and correlate information.Sometimes layered ("tiered") and peer-to-peer architectures are combined, where the nodes in particular layers are in peer-to-peer relationships. For example, a multi-tiered architecture might include an enterprise management layer, consisting of peer nodes for such things as network management, event management, database management, Web sever management, and workload balancing.