Sentence examples for cost adaptability from inspiring English sources

And thanks to their low cost, adaptability and speed-of-deployment, they could have a transformative impact on millions of lives, and on ailing healthcare systems.

One-piece polymeric designs have advantages in cost, adaptability, and known performance but show degradation of function with time.

The fundamental design parameters addressed during the development of the pressure sensor presented in this paper are based on size, simplicity, cost, adaptability, and scalability.

To answer these big challenges of rapidly growing communication industry, we need a piece of reusable hardware that can work with different standards and protocols at different times to provide service providers and users most effective solution in terms of low cost, adaptability, high spectral efficiency, low latency and future needs.

A very flexible initial design, one ensuring low-cost adaptability of the system for different cities, regions, or countries, might not be cost-effective.

We thus propose a lexicon-based Comments-oriented News Sentiment Analyzer (LCN-SA), which is able to deal with the following: (a) the tendency of many users to express their views in non-standard language; (b) the detection of the target of users' opinions in a multi-domain scenario; (c) the design of a linguistic modularized knowledge model with low-cost adaptability.

History also lowers the cost of adaptability, because adaptability is mostly retained history of what worked in the past and has been carried through time without continued selection (Brooks 2001 , 2002 in press; Brooks & McLennan 2002).

Compared to conventional methods, the adsorption desorption process is more advanced due to its procedural simplicity, low cost and adaptability for industrial production.

NB: The sample layout for C is NOT the same as in A and B. In addition to the experimental results of yield, purity and assay performance, we considered the relative ease of use, cost and adaptability to our preferred method of tissue disruption (Geno/Grinder™ 2000) when selecting methods for stage 2 (Table 3).

Recently, research has paid great attention to the delivery systems for the active ingredients such as gels or intravaginal rings, and has focused on aspects of coital dependency, compliance, cost and adaptability to large-scale production for instance [14].

These studies indicate that energy return is favorable for this species due in part to its high-yields, low production costs, and adaptability that allows it thrive in marginal areas that are unsuited to food production [7] [12].