The rise of smartphones and tablets has presented some new challenges to performance testers, but those devices have also created demand for more reviews.
Increased burden, lack of infrastructure, and unsophisticated or lack of health information technology have all been reported as significant challenges to performance measurement in small offices [ 23, 36].
However, it is still a challenge to enhance performance with lower power consumption.
The key ingredients have been outlined above, but added to these is the need for a strong challenge to poor performance and a willingness to take the hard decisions when those charged with improvement fail to deliver.
The key challenge to improving performance in the dark silicon era, consequently, is how to efficiently leverage transistors when they cannot all be powered at the same time.
Looping of the endoscope in the sigmoid colon and other colonic segments often represents a significant challenge to the performance of comfortable, complete, and swift colonoscopy.
While the ubiquity of the Internet is desired by both users and content providers, the resulting high number of user requests is a challenge to the performance and scalability of Web servers and Internet Service Providers (ISPs) alike [3].
Apparently, the lying posture posed a challenge to task performance, since both patients and healthy subjects showed higher MT in lying condition compared to sitting condition.
In addition, restrictions on the sharing of study data may present a logistical challenge to the performance of individual-level joint analyses.
The attainment of this level of hyperthermia has been identified as a common challenge to sustained performance proficiency during competitive match-play tennis 26 and may bring about health consequences.
Fuel cells face challenges related to performance and cost that stem in part from constraints of the conventional plate-and-frame architecture in vogue since Volta's time.
