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1 I Traditional yield enhancement efforts have long relied on memory bibnapping techniques. With the industry marching toward system-on-a-chip technology, the importance bf logic products has increased exponentially. This necessitates the development of innovative techniques io perform logic yield enhancement. In this paper, the authors present a novel technique that can be used to peaorm logic yield enhancement. The paper concentrates on logic bitmapping at Texas Instruments. Results obtained from a few production samples of a graphics processor are also presented.

Photoacoustic Fourier transform infrared (PA-FTIR) spectroscopy is not a widely used analytical technique with only a few quantitative applications to polymers reported. To explore the potential use of PA-FTIR in quantitative polymer analyses the determination of vinyl acetate in EVA, acrylonitrile in NBR, ethylene in EPDM, styrene in SBR, and vinyl-butadiene in SBR were studied. The results indicate that despite the theoretical complexities of PA-FTIR, simple quantitative relationships can be found for many of these polymer analyses.

This paper briefly reviews the complexities which still surround the definition of giftedness. The writer explores the problems of identification from the point of the normal classroom teacher.