The basic idea of building a client server architecture is that server hardware is generally more powerful than the client hardware. Another reason for using this architecture could be the ability to run the client and server over a different network or remotely. In a scenario where client and server machines have exactly the same power, it can still be optimal to have a client-server system than a fully centralized system. Now, the compute intensive transaction processing work can be performed on the client, which would free the server to perform only read-write requests. The client-server systems also have the advantage of simpler concurrency control and recovery schemes to be implemented on the server alone, instead of having these actions distributed in all the machines.
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It is used in local-area networks, where there is:
1. High-speed connection between the clients and the server,
2. Client machines have similar processing power as the servers, and
3. The tasks to be executed are computation intensive.
Data server architecture contributes to the server's performance and scalability as data is shipped to client machines for processing and then back to the server machine. It also has the ability to support new data types and processing requirements. Such architecture is popular in object-oriented database systems and requires full back-end functionality at the
It is used in local-area networks, where there is:
1. High-speed connection between the clients and the server,
2. Client machines have similar processing power as the servers, and
3. The tasks to be executed are computation intensive.
Data server architecture contributes to the server's performance and scalability as data is shipped to client machines for processing and then back to the server machine. It also has the ability to support new data types and processing requirements. Such architecture is popular in object-oriented database systems and requires full back-end functionality at the