Design of modular digital circuits for testability

Kusiak, Andrew; Huang, Chun‐Che

doi:10.1109/3476.585144

Cited by 29 publications

(5 citation statements)

References 32 publications

(32 reference statements)

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“…When faulty patterns are identified, it then becomes possible to resequence the assembly operation or to rethink the test policy (Kusiak and Huang 1997) to reduce the number of operations that have to be redone. It is therefore important to remember that rework operations are more expensive.…”

Section: Data-mining Applicationsmentioning

confidence: 99%

Data mining for improvement of product quality

Cunha¹,

Agard

Kusiak

2006

International Journal of Production Research

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The assemble-to-order strategy delays the final assembly operations of a product until a customer order is received. The modules used in the final assembly operation result in a large product diversity. This production strategy reduces the customer waiting time for the product. As the lead-time is short, any product rework may violate the delivery time. Since quality tests can be performed on the stocked modules without impacting the assembly schedule, the quality of the final assembly operations should be the focus. The data-mining approach presented in this paper uses the production data to determine the sequence of assemblies that minimizes the risk of producing faulty products. The extracted knowledge plays an important role in sequencing modules and forming product families that minimize the cost of production faults. The concepts introduced in the paper are illustrated with numerical examples.

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Section: Data-mining Applicationsmentioning

confidence: 99%

Data mining for improvement of product quality

Cunha¹,

Agard

Kusiak

2006

International Journal of Production Research

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“…(Baldwin, Clark, 2000) and also (Cai, Sullivan, 2006), (Sethi, et al 2009). DSM and other matrices, such as Kusiak and Huang's (Kusiak, Huang, 1997) (Baldwin, Clark, 2000) that "it is difficult to base modularity on functions… hence their definition of modularity is based on relationships among structures, not functions". See (Ulrich, 1995) for a different view.…”

Section: Related Workmentioning

confidence: 99%

Linear Software Models for Well-composed Systems

Exman¹

2012

Proceedings of the 7th International Conference on Software Paradigm Trends

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Modularity is essential for automatic composition of real software systems from ready-made components. But given ready-made components do not necessarily correspond exactly to the units and functionality of designed software system architecture modules. One needs a neat composition procedure that guarantees the necessary and sufficient components to provide required units. Linear Software Models are rigorous theoretical standards subsuming modularity. The Linear-Reducible model is proposed as a model of wellcomposed software systems, above and beyond software variability. Indeed, case studies of representative systems recognized as well-composed, be they small, intermediate building blocks or large scale, are shown to be Linear-Reducible. The paper lays down theoretical foundationsupon exact linear independence and reducible matrix conceptsproviding new precise meanings to familiar modularity ideas, such as the single responsibility theorem. The theory uses a Modularity Matrixlinking independent software structors to composable software functionals in a Linear Model. 92 Exman I..

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“…Kusiak and Huang offer the possibility to group functional carriers to modules from the viewpoint of production [6]. This methodology points in the right direction but focuses only on production.…”

Section: Related Workmentioning

confidence: 99%

Proposal of a Design Methodology for Modularity Using Geometric Information

Tonoike

Fukushige

Umeda

2007

LEM21

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In these days, modular design of a product is becoming important even for environmental conscious design in order to improve, e. g., reusability, disassemblability, and recyclability. In order to derive a feasible module structure, not only environmental aspects but also geometric information bears important roles. This paper presents a modular design methodology for life cycle engineering that proposes module structure by using information on geometry and product life cycle. The case study of an inkjet printer revealed that the derived modular structure satisfies the various demands from product life cycle with keeping the geometric consistency.

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Design of modular digital circuits for testability

Cited by 29 publications

References 32 publications

Data mining for improvement of product quality

Data mining for improvement of product quality

Linear Software Models for Well-composed Systems

Proposal of a Design Methodology for Modularity Using Geometric Information

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