Although many analysts are well equipped to use the software, higher level capabilities related to model development, impactful data interpretation and how best to take advantage of analytics are left to on-the-job training and, worse, to chance.
This paper deploys qualitative analysis of biomedical innovation in the UK and US to identify mechanisms influencing innovation at the project level through which these macro level capabilities may have effects.
It has been argued that, in addition to healthcare system factors, more comprehensive health literacy measures are needed that assess higher level capabilities such as interpersonal communication skills.
For a range of innovation indicators, however, we find little evidence of any significant market demand effects, with innovation performance instead determined largely by firm-level capability effects and characteristics.
We posit that process modularity, a systems-level capability, and manufacturing flexibility, an operations capability, enhance the benefits from product variety and mitigate the costs that arise from increasing product variety further.
Improved resistive switching memory performance of the Al/Cu/Ti/TaOx/W structure compared with that of the Al/Cu/TaOx/W structure was also obtained, such as repeatable switching cycles with maintenance of a high resistance ratio (approximately 104), long extrapolated program and erase endurance of > 106 cycles, multi-level capability, and extrapolated 10 y data retention.
Compared to the conventional floating-gate cells, NFG memory generally shows better endurance, smaller chip size, multi-level capability, and lower power consumption; thus, this architecture of devices has become the leading technology in the state-of-the-art silicon-based flash memory industry.
It was shown that a high throwing power correlates with a low levelling capability.
