By John G. Webster (Editor)
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Additional info for 27.Industrial Electronics
In CIM, threads allow the industrial engineer to concurrently access process recipes, material inventory, status of products, and generate a cost profile of a product. Similarly, threads allow financial brokers to access account information, fund information, a portfolio list, and an equity transaction list from different servers concurrently. It follows that threads speed up the time it takes to create a customer profile. Basically two components need to be distributed in a CIM factory—data and processing.
The software architecture of the CIM factory must have the flexibility to be useful in any manufacturing domain, and must be robust enough to support a variety of pluggable applications. The distributed OO client/server architecture is a unifying force that permeates every aspect of CIM, from its design and implementation to its appearance on the screen to the end user. The most common object-oriented programming languages are Cϩϩ, Next Step, Smalltalk, and Java. The Java programming language provides the interface that allows developers to create small applets that use the resources of the Intranet/ Internet and particularly the World Wide Web (WWW), in- stead of the more expensive and limited resources of the personal computer.
In the network presentation, the terminal nodes represent the system outcomes as shown in Fig. 15 for n ϭ 2, 3, 4. It follows that the network presentation of a system consisting of n building blocks contains Nt ϭ 2n terminal nodes. In this formulation the factory is thought of consisting of n minifactories. Each minifactory consists of several modules of many workcells. Each workcell covers several operations, where each operation depends on the occurrence of many processes. The outcomes of the factory are driven by the states of the ABC B AB A B C AB AB A AB (a) (b) ABCD ABCD ABCD ABCD ABCD A ABCD ABCD ABCD ABCD B ABCD ABCD ABCD ABCD ABCD ABCD C ABCD D (c) Figure 14.