Sentence examples for performance of complementary from inspiring English sources

Therefore, it is important to gain an insight into the dominant factors that control the electrochromic performance of complementary ECDs.

We show the impact of process parameters on the electrical performance of complementary Multiple-Gate Tunnel Field Effect Transistors (MuGTFETs), implemented in a Multiple-Gate Field Effect Transistors (MuGFETs) technology compatible with standard CMOS processing.

We compared the performance of complementary subgroup-specific classifiers with a single global classifier that was constructed using feature selection and operating point selection as described above, but without partitioning the data set.

It can be observed from Fig. 7 that at BER of 10−3, with decrease in fading parameter m, there is not much degradation in performance of complementary-coded CDMA compared to Walsh-coded CDMA.

Further, we compare the BER performance of complementary-coded CDMA with conventional CDMA systems employing Walsh codes to show the advantage of CC-CDMA in obtaining large diversity gain when incorporating PIC with different combining schemes.

But the flux of Sarah's own life cannot be manipulated so easily, as she learns with growing sorrow in this thoughtful drama by Donald Margulies that stars Laura Linney and Brian d'Arcy James, giving performances of complementary sensitivity and richness.

Technological change brings a dynamic perspective to this trade-off as it renders existing technology obsolete but also increases performance of the complementary products, therefore increasing market potential.

The first study (n=131) explored the effect of users' cognitive styles (Verbal/Imager) on user preference and task performance of two complementary types of CAPTCHA mechanisms; text-recognition and image-recognition.

This work provides a new way to fabricate high-performance PFETs and to improve performance of the complementary circuits through studying the effects of polymeric gate dielectrics, compared to the conventional view of semiconducting materials.

The performance of three complementary approaches (overlap of lists of genes, study- and sample-level meta-analyses) to detect consistent differential expression on a genome-wide level were compared.

More specifically, ionizing radiation used for radiotherapy may have direct deleterious effects on implant function by influencing the performance of the complementary metal oxide semiconductor (CMOS) components incorporated into the implant [ 4].