Introduction to Data Transmission Using Multitasking Sockets:

The transmission of data through multitasking sockets is more flexible when compare to other transmission methods. This provides a high security for the data to be transmitted. By using multitasking sockets for data transmission we can establish more number of connections which is not possible in other transmission sockets. In this paper we will discuss how data is transmitted by using multitasking sockets and about the advantages of using multitasking sockets when compared to that of other transmission sockets.

Working process of multitasking sockets:

In this we find transmitting sockets at both the client side and the server side. The server accepts the connections from the clients and regulates the flow of data. By using multitasking sockets we can regulate the flow of data without the need of connection. These sockets use transmission control protocols for the regulating the flow the data.

The sockets can work under any platform and the logic designs of the sockets are programmed using java. These sockets work under normal hardware specifications to higher specified equipment.

Advantages of using multitasking sockets:

By using multitasking sockets we can communicate between two applications without the need of establishing a connection.  We can make a inter process communication between two applications by employing multitasking sockets. 

As the UDP protocols are used in the multitasking sockets it establishes the connections to the peers and disconnects it automatically upon requirement. Thus we can conclude that multitasking sockets are more advantageous and has fewer limitations when compare to that of other transmission sockets.

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