Distributed System for Cooking Oil Bottle Production Factory

Abstract

Recent advances in distributed system architectures may provide the solution to a number of challenges in industrial systems. Middleware and grid technologies make it possible to utilize the processing power in subsystems, so that greater reliability through fault tolerance can be achieved, as well as efficient use of resources through load s haring. By using principles from distributed computing it is possible to achieve fault tolerance, and thus increase the reliability of applications. For industrial systems, such as in a chemical plant or an oil rig, there may be from tens to tens of thousa nds of different processing units in operation, and these are becoming more powerful and multi purpose. In this paper, Machine A processes the filling bottles. After filled one bottle, Machine A sends message filled one bottle to Machine B that processes t he packing bottles. Machine B receives the message and then Machine B processes the packing bottle. Machine B messages the packed bottle after packing bottle. This paper is implemented by JAVA programming language.