The use of Java for parallel programming on clusters relies on the need of efficient communication middleware and high-speed cluster interconnect support. Nevertheless, currently there are no solutions that fully fulfill these issues. In this paper, a Java sockets library has been tailored

This project makes use of the latest JAVA networking technology to create a collaborative learning environment for students to discuss academic problems. The participants in our environment can be distributed and they are not constrained by geographic space. Several design issues have been

implemented in java sockets, based on TCP protocol.The file server is composed in two scenarios one in Centralised File Server and other is Distributed.The paper analyse and compare the performance and bandwidth utilisation of both type of servers with a contrast of 1.4M.Also contribute to security

file transfer protocol and application is not transparent. To promote easy and transparent file transfer across network using Java Sockets, we introduce a Java TCP Server. The Server is multiclient multithreaded multi format supported Java Application. The requesting client validates the user request

This paper describes about Network programming using java. The Network programming is similar to socket programming or Client-Server programming. Where Socket programming is important to understand how internet based interprocess communication work. In this we describe about different types

it allows a general view of remote object invocation, and hence another look at distributed parallel programming, CORBA is enjoying considerable attention. In this paper, we consider CORBA and Java, focusing on the overhead and efficiency of Java sockets, Java RMI, and Java’s interface to CORBA.

as part of the BSD flavor of UNIX operating systems. And they spread like wildfire with the Internet. This paper introduces elements of network programming and concepts involved in creating network applications using sockets. One of the most basic network programming tasks likely to be faced as a java

This paper proposes "MobileSocket" which realizes session layer communication continuity support for Java Applications towards the continuous operations for mobile applications. In the mobile computing environment where mobile hosts moves around the network even during applications

on distributed memory machines, like clusters of workstations. JavaParty transparently adds remote objects to Java purely by declaration while avoiding disadvantages of explicit socket communication, the programming overhead of RMI, and many disadvantages of the message-passing approach in general. Java

and functionality (portability, security, etc), it is unclear whether a Java program is able to measure and predict the network performance experienced by C-applications with the same accuracy as an equivalent C program. We provide a quantitative equivalence study of the Java and C TCP-socket interface and show