We identify four potential changes for improvement in audit quality based on our framework.
Therefore, a university app is currently being created which is based on our framework.
We show two different approaches for the practical development of a model of insurgency based on our framework.
Our framework was proved useful through a preliminary experiment in which the explanations generated based on our framework promoted subjects' (15 graduates and undergraduates) conceptual understanding in mechanics.
Atomic database operations are modeled based on our framework and are used as building blocks to model more complex database operations.
Based on our framework, which systematically combined approaches of scientific inquiry and psychological theories of problem solving, the theoretical assumptions on the structure of CPS and the relationships with covariates such as intelligence and domain knowledge have been confirmed.
Two approaches are presented to guide analysts in developing models based on our framework, either through a nuanced reading of the literature, or by aggregating the knowledge of domain experts.
The first step in designing models based on our framework is to create a conceptual map that uses expert knowledge to assess which factors are relevant to insurgency in a specific context and how these factors can be articulated.
We conclude by reflecting on our framework, arguing that it is useful both as an analytical device to interrogate climate justice and to shape the design of climate change interventions which seek to ensure climate justice.
Based on our framework, we can virtually fit a proposed implant design to samples drawn from the statistical model, and assess which range of the population is suitable for the implant.
