"workflow optimization" is a correct and usable phrase in written English.
It refers to the process of improving and streamlining the steps involved in completing a task or project. Example: Our team's productivity increased significantly after implementing various workflow optimizations, such as automating repetitive tasks and creating clear communication channels between team members.
In this work, we have developed a workflow optimization technique to provide optimized FF parameters by comparing molecular dynamics (MD) to neutron scattering data.
Data-driven methods have proved their utility in radiology workflow optimization and reporting.
Notable examples of bioinformatics workflow execution in the cloud include [11, 33] and an interesting review on bioinformatics workflow optimization in the cloud can be found in [15].
Its customers include eBay, Etsy, FlightCaster and Twitter, which are all using the Cascading Java framework to streamline data processing, data filtering and workflow optimization for large volumes of data.
The product design data integration and data sharing among the participants and the workflow optimization hamper the development and applications of MDO in enterprises seriously.
They define utility based on response time and profit, realize dynamic and adaptive workflow optimization on top of Pegasus and DAGMan and present the feasibility of the approach on top of five workflow-based scenarios.
Two use cases taken from the areas of structural bioinformatics and proteomics demonstrate how our framework facilitates setup, execution, and monitoring of workflow parameter optimization in high performance computing e-science environments.
The main objective of this chapter is to provide an overview of the modern integrated asset modeling (IAMod) practices and outline techniques and workflows for optimization and decision-driven forecasts of DOF systems that is integrated asset management (IAM), including their uncertainty.
An example of such workflows can be a simple geometry optimization workflow in Computational Chemistry which can be re-used as part of a number of other possible workflows such as frequency calculation, time-dependent DFT, population analyses, etc. as demonstrated in [38].
Fig. 8 Simulation-based optimization workflow.
Thiele and Batycky workflow injection efficiency optimization: 1. Determining injection efficiencies at the current time 2.
