Sentence examples for characterization environment from inspiring English sources

The corresponding verification and characterization environment supports rapid floating-point and fixed-point performance characterization and ensures consistency across the entire design process and across all design representations.

On the other hand, very limited guidance is given on water solubility in that same appendix, on ecotoxicological testing in the appendix to R.7b or on dose response characterization (environment) (appendix to R.10).

QTL detection depends on many factors including but not limited to: population size, marker density of the linkage map, the accuracy and precision of phenotypic characterization, environment, and the method and threshold of detection.

Plant growth regulators altered combined-stress response pathways in maize inbreds; predictions of growth regulator effects would be improved by better characterization of stress environments and genotype-environment interactions.

The environment characterization metric (ECM) is defined as the empirical covariance matrix of the path parameter vector, (11).

The results showed the importance of proper environment characterization to obtain accurate results in relation to the real world.

Cognitive capabilities are based in four technical components: sensing spectrum monitoring, analysis and environment characterization, optimization for the best communication strategy based on different constrains (reliability, power consumption, security, etc).

Again, characterization of the environment will be critical for this analysis, and having a geographically distributed network of rice root researchers with knowledge of different soils is an enormous asset.

The use of SPR to trace the minute change during the electrochemical process offers neat characterization of local environment at the interface, in particular double layer region, allowing for better control over the redox functionality of the multilayers.

The usefulness of optical method especially time-resolved fluorescence spectroscopy for the characterization of internal environment of sol gel as well as dynamics of proteins within the sol gel is highlighted.

After a brief description of the instrument's operating principles, a thorough analysis of the instrument's behavior is presented, as well as a characterization of its environment in flight, using an alternative high sampling rate (burst) scalar mode that could be run a few days during commissioning.