The phrase "and implementing a framework" is correct and usable in written English.
You can use it when discussing the process of putting a theoretical structure or system into practice, often in a professional or technical context.
Example: "The team is focused on developing a strategy and implementing a framework to improve project management efficiency."
Alternatives: "and applying a framework" or "and executing a framework".
To accelerate advancement of HIT-enabled IPECP and improved outcomes, a consortium of more than 346 rural, community and university settings engaged in developing and implementing a framework.
In this scenario, the governmental institutions are the responsible parties in developing and implementing a framework establishing the goals, role and functions of the principals, while higher education institutions will provide evidence based training that can meet the governmental goals.
We formulate and implement a framework that consists of a population balance equation (PBE) for the bubble size distribution and an Eulerian Eulerian two-fluid solver.
Thus, this study proposes and implements a framework consisting of organized steps combining methods and tools, using as a case study the acetone-butanol-ethanol separation.
As a result, we will design and implement a framework based on the injection of accidental and malicious faults to quantitatively evaluate their impact on routing protocols.
We have designed and implemented a framework called HyGen, which combines Semantic Web technologies, graph algorithms and user profiling to discover and prioritize novel associations across disciplines.
We have designed and implemented a framework using an ontology and business rules to define the logical structure and operation of the petroleum plant with the objective of monitoring the cause and effect of the petroleum plant shutdown process.
To this end, we have designed and implemented a framework through which the ecological efficiency of a running VM can be assessed and the ecological efficiency of a VM to be deployed can be forecasted.
The main goal of the paper is to design and implement a framework based on the cellular automata (CA) method, which is dedicated to numerical simulations of microstructure evolution in metallic materials under thermal and mechanical processing.
Combining contract data of the landowners' actual choices, GIS information on area specific characteristics and detailed individual level register data, we develop and implement a framework for analysing revealed choice of private landowners' in voluntary conservation programs.
We propose and implement a framework and architecture that uses the three pillars of flexibility in decision making (sequential, parallel, convergence, and interwoven), versatility (of paradigm and/or domain), and independence of components (value, dimension, and purpose) to support the decision making process and the entire modelling lifecycle.
