Sentence examples for optimization opportunities for from inspiring English sources
From the perspective of computational chemists, different types of strategy and philosophy of approach will be treated including: considerations of early lead choices, strategies for improving poor leads, multivariate optimization, opportunities for informatics, and engineering good decisions.
"Substitution scenarios can be run through the application to search for alternatives that may lower both GHGs and cost, and result in a supply chain optimization opportunity".
The versatility and the robustness of the numerical optimization algorithm offers opportunities for improving the design of similar processes with non-linear equality and inequality constraints.
Fine Grained Dynamically Reconfigurable Architecture (FGDRA) offers a flexibility for embedded systems with a great power processing efficiency by exploiting optimizations opportunities at architectural level thanks to their fine configuration granularity.
In addition, the fields of metabolic engineering, bioinformatics and computer-based modelling and process optimization are opening up opportunities for new products and cost reductions.
Supporting mobility in all its aspects from cellular services to multimedia brings to the fore new problems and opportunities for optimization research.
Changing these parameters, as well as the thickness of metal films h Au 1 and h Au 2, gives opportunities for optimization of optical parameters such quasi-anticorrelated structure.
The results clearly demonstrate that considerable improvements in membrane performance can be achieved by proper design of the membrane charge functionality, and in particular the spacer arm length, providing new opportunities for optimization of ultrafiltration membranes for bioprocessing applications.
Improved understanding of these aspects of tissue repair will identify opportunities for optimization of repair that could be exploited to enhance regenerative medicine strategies for urology in future studies.
Opportunities for optimization strategies, identified through the initial experimental phase, were focused on improving the nitrogen removal efficiencies and reducing the aeration energy costs through the aerobic DO set point and recirculation modifications.
According to the findings of the literature review and the expert interviews this paper presents opportunities for optimization by integrating essential elements of project management as standard processes in the planning phase of transport infrastructure projects.
