Sentence examples for capabilities of common from inspiring English sources

However, more sophisticated adaptation scenarios at higher levels (middleware and application), such as modifying the actual structure and/or behaviour of a deployed application at run-time, are much more difficult to automate, and are currently beyond the capabilities of common CAPs.

Comparative studies were made to evaluate the capability of common fingerprinting analytical techniques to differentiate the fuels, as well as their capabilities to monitor their weathering.

An experimental analysis on MICHE-I and UBIRISv1 datasets demonstrates the strengths and weaknesses of the algorithm, which has been specifically designed to require low processing power in compliance with the limited capability of common mobile devices.

The capability of common reed to grow well at extreme environmental conditions such as elevated CO2 and high temperature is conferred by several factors such as change of carbon trapping mechanism (from C3 to C4 and vice versa), microbial association and biochemical adaptations.

Still, evidence for the capability of common edible elements to inhibit Aβ oligomerization in vivo remains a challenge.

Embedded-control applications need a larger nonvolatile data storage space, well beyond the capabilities of the common serial EEPROM devices.

This method gives a closed form expression for the optimized hardware cost configuration based on the service requirements, the processing features of the computers running the core service platform software, and the processing capabilities of the common object request broker architecture middleware.

This study was designed to investigate the passive-hearing capabilities of the common vampire bat behaviorally; specifically, the extent to which auditory sensitivity to breathing sounds may support prey selection.

In this work, we reported a novel synthetic method, based on the capability of a common commercially available thiol ligands, GSH, for the preparation of ultra-small size highly luminescent Au NCs at high temperature following with a further natural etching at RT with NIR emission (λem max = 650 nm, quantum yield (QY) ≈ 30%%).

Such a kinetic study requires the continuous acquiring of the conformation related information, which is beyond the capability of most common techniques.

In addition, the sensor system exhibited high anti-interference capability in the presence of common co-existing pesticides like lindane, carbendazim, and trichlorfon.