Download Artificial Intelligence in Engineering Design. Knowledge by Christopher Tong PDF

By Christopher Tong

ISBN-10: 0126605637

ISBN-13: 9780126605631

Artificial Intelligence in Engineering Design is a 3 quantity edited number of key papers from the sector of man-made intelligence and layout, geared toward delivering an outline of the sphere, and targeting how principles and techniques from manmade intelligence will help engineers within the layout of actual artifacts and procedures. The booklet surveys a wide selection of purposes within the components of civil, mechanical, chemical, VLSI, electric, and laptop engineering. The participants are from best educational computer-aided layout facilities in addition to from undefined.

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Extra info for Artificial Intelligence in Engineering Design. Knowledge Acquisition, Commercial Systems, and Integrated Environments

Sample text

Here the transformation for modifying the artifact’s struc­ ture is one that deletes some part of the structure. After a part has been deleted (and hence a function has been unimplemented), other features of the remaining structure are identified that can be perturbed to achieve the currently unimplemented function (while not ceasing to achieve the function(s) they are already implementing). The identified features are then perturbed in the direc­ tion of better achieving the unimplemented function.

II) UNSPEC. ABSTR. STRUC. I. , the output rota­ tion of a rotation transmitter must be 30 times as fast as the input rotation. , a single gear pair) is capable of directly achieving the specified relationship. Instead, a series of interacting components may be needed. , the input is a rotational speed, but the output is a rate of 34 TONG AND SRIRAM up-and-down movement. , a change in one variable should result in a cor­ responding change in the other). Williams has proposed a design process model for such problems called interaction-based invention: Invention involves constructing a topology of interactions that both produces the desired behavior and makes evident a topology of physical devices that implements those interactions [46].

The present method of product development is like a relay race. The research or marketing department comes up with a product idea and hands it off to design. Design engineers craft a blueprint and a hand-built prototype. Then, they throw the design Mover the wall·' to manufacturing, where produc­ tion engineers struggle to bring the blueprint to life. Often this proves so daunting that the blueprint has to be kicked back for revision, and the relay must be run again - and this can happen over and over.

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