The 'Design for Verification' framework has been developed to enable engineers to design and plan the effective dimensional verification of large volume, complex structures in order to reduce failure rates and end-product costs, improve process integrity and efficiency, optimise metrology processes, decrease tooling redundancy and increase product quality and conformance to specification.
Among others, it provides approximation methods to ease implementation of codecs, ensure that the codecs are implemented in full conformance to specification, specifies single deterministic results as the output of an image or video encoding and decoding process, and improve the quality of delivered video and image representations.
Results suggest that quality improvement is enhanced by following a process-oriented, quality control approach to improvement, emphasizing product design, and stressing conformance to specifications.
(These losses include warranty costs, nonrepeating customers, and other problems resulting from performance failure). Taguchi then compares such losses to two alternative approaches to quality: on the one hand, simple conformance to specifications, and on the other, a measure of the degree to which parts or products diverge from the ideal target or center.
Therefore the manufactured freeform profiles have to be verified for conformance to design specification.
Robust designs and precise conformance to customer specifications are, more and more, just the price of admission.
Verification of conformance to design specifications in production, and identification of defects related to wear or other damage during maintenance, are key metrological aspects that must be addressed for micro-scale tessellated surfaces.
To review the preparation batch records and laboratory control records for accuracy, completeness, and conformance to established specifications before authorizing the final release or rejection of a batch or lot of SSRP.
Testing is an experimental method aimed at checking the correctness of some implementation and its conformance to some standard specification.
The final circuit must be tested for conformance to the system specifications, but the prudent engineer tests beyond these specifications to determine the AIA's true limits.
According to Taguchi [20], quality is often referred to as conformance to the operating specifications of a system.
