Sentence examples for tool development process from inspiring English sources

Once we developed the conceptual GUIDE-IT tool, the next steps in the tool development process (according to our KTA framework) were to better understand the barriers to using the knowledge gleaned from our Realist Review and to transform our conceptual tool design into a functional prototype.

Therefore it is important to engage users and other stakeholders in the tool development process to help bridge the gap between design and use.

The article goes on to question the perception that there is always a need (or a desire) to bridge the gap between researchers and policy makers in the tool development process.

The article finds that while the policy context can be used to identify a theoretically informed knowledge brokering strategy, in practice a strategy's 'success' is more informed by practical considerations, such as whether the tool development process is knowledge or demand driven.

Figure 1 shows three levels of the tool development process and research methods used in each stage.

In spite of many debates and discussions throughout the tool development process, we identified the following two research areas to be further addressed.

To solve this design conflict, bionics – this means technical interpretation of long-term optimized biological principles – could be an effective way to accelerate innovation loops in modern machine tool development processes.

There was a distinct lack of information on tool development processes in most cases.

In this paper, a completely integrated PEL tooling development process is discussed, which includes tooling design and analysis in a virtual environment.

Divided into 15 chapters, it addresses: languages and tools; development processes; modelling, simulation and verification; and education.

This review discusses the current challenges to rendering culturable, non-model members of microbial communities genetically tractable – including overcoming barriers to DNA delivery, achieving predictable gene expression, and applying CRISPR-based tools – and details recent efforts to create generalized pipelines that simplify and expedite the tool-development process.