Sentence examples for processes for broad from inspiring English sources

Further development in hardware and software, such as microfluidics devices, and more statistical tools should allow for improvement of the specificity, sensitivity, spatial resolution and throughput of SCRS, and establish it as a general approach for characterization, screening, isolation and in-depth analysis of microbial cells or live-cell-mediated processes for broad applications [ 11, 41].

Laser vibrometry offers the advantage to be low-demanding in terms of instrumentation and settings and to be relatively straightforward to process for a broad frequency range.

The ACT framework offers an efficient and structured process for translating broad adaptation principles (e.g., minimize non-climate stressors, monitor to detect changes, intensively manage populations, or increase the size and number of reserves) into actionable management strategies.

While the Poisson approximation is generally valid for broad band processes, it may fall short for very narrow band processes, and lower threshold levels of practical interest, due to the tendency of crossings to occur in cluster [2, 3].

These conditions enabled the MLPA Initiative to avoid shortcomings of similar planning processes, with implications for broader national policy on coastal and marine spatial planning in the United States.

The second of them, Leslie V. Norwalk, chose to select the compendiums through a streamlined and internal administrative process, instead of the more elaborate and public process that Medicare often uses for broad coverage decisions.

The indirect-mode JPS process has excellent size uniformity, materials flexibility and process stability, permitting great potential for broad applications.

CPS environments incorporate a variety of sensing and actuation devices in a distributed architecture; such a deployment is used to create a digital representation of the evolving physical world and its processes for use by a broad range of applications.

The approach makes use of risk assessments and economic optimisation tools such as the expected net present value, but acknowledges the need for broad risk management processes which extend beyond the analyses.

We believe that Rowe's proposed integrated continuous surveys and quality management can contribute to building national- and district-based systems that combine mechanisms for generating real-time data with broader processes for program decision making.

Our analyses thus suggest that epidemiological processes operating within a species provide explanations for broad patterns of parasite biodiversity.