This paper investigates a hybrid evolutionary-based design system for automated sizing of analog integrated circuits (ICs).
It will focus on the development of knowledge-based expert design system for assembly oriented design.
In the procedure of reliability based design optimization for structural systems with truncated random variables, repeated function evaluations are required for different design points where the computational costs are extremely huge.
The paper is aiming to introduce a new discrete event system (DES) based design methodology for Work Flow Management Systems WFMSS).
Furthermore, a preliminary displacement based design approach for a SC-RW system is introduced.
Total development hours for the embedded-system based design of data movement for both of these application accelerators was measured in weeks, and less than a month at a maximum including debug time.
This paper also shows how the new 2D system based design algorithms provide a setting for the effective deployment of such information.
The review work comprise of three main elements; 1. Feature based design, a primary input for a CAPP system, 2. Expert System (ES) usefulness in Process Planning (PP) and manufacturing and 3. Evolutionary approach applications.
In this study, a performance based design procedure was developed for the proposed system.
This methodology is integrated with our framework for system scenario based designs, which dynamically tune the hardware to match the application behavior.
In the current stage of the research, a prototype feature-based fixture design system based on CATIA for the manufacturing of aircraft structural parts has been developed and used by a large airplane manufacturer.
