7&8[1]

SYNCRONIZED DATA TRANSMISSION USING DATAGRAM SOCKET “SYNCRONIZED DATA TRANSMISSION”, presents a way of developing integrity-preserved computer networks. The proposed generic network is based on a detailed review and comparative analysis of ongoing research work in the field of homogenous distributed systems and fault-tolerant systems. Data can be sent using socket as well as Datagram Sockets the difference between the both is that Socket Programs gives acknowledgement weather it reaches destination or not but in Datagram sockets will never give any acknowledgement to source. Even though In some networks we are using Datagram Sockets. The presented network facilitates easy sharing of information among the systems in the network by establishing a peer to peer network connection among all the systems. In a homogenous network, each machine has the ability to send data to another machine, irrespective of the working conditions of the server. In general, a set of networks is classified as homogenous, if the networks are “same”(e.g., using the same basic technology, frame format and addressing); a set of networks is classified as heterogeneous if the set contains network that differ. The Concept of the project is centered on the development of a Datagram Server network and establishment of process continuation module, which plays an imperative part in maintaining the network integrity.

REQUIREMENT SPECIFICATION

Software Requirements Language : Java1.3 Front End Tool: Swing Operating System: Windows 98. Hardware Requirements

Processor : Intel Pentium III Processor Random Memory: 128MB Hard Disk :20GB Processor Speed: 300 min