Java Technology : a Strategic Solution for Interactive Distributed Applications

TL;DR

This paper argues that Java technology offers a strategic, standardized approach to developing high-performance, distributed applications by promoting hardware-software independence and addressing current implementation challenges.

Contribution

It presents Java as an optimal solution for distributed applications, emphasizing its role in overcoming standardization issues and enhancing performance.

Findings

Java promotes hardware-software independence.

Java addresses standardization challenges in distributed applications.

Java technology facilitates high-performance distributed systems.

Abstract

In a world demanding the best performance from financial investments, distributed applications occupy the first place among the proposed solutions. This particularity is due to their distributed architecture which is able to acheives high performance. Currently, many research works aim to develop tools that facilitate the implementation of such applications. The urgent need for such applications in all areas pushes researchers to accelerate this process. However, the lack of standardization results in the absence of strategic decisions taken by computer science community. In this article, we argue that Java technology represents an elegant compromise ahead of the list of the currently available solutions. In fact, by promoting the independence of hardware and software, Java technology makes it possible to overcome pitfalls that are inherent to the creation of distributed applications.