The method is based on two recent developments.
Our program is based on two seminal developments: significant progress in our ability to analyze the molecular characteristics of individual tumors and patients (predominantly, but not exclusively, due to advancements in DNA sequencing techniques) and through the development of sophisticated computational models, which can convert this abundance of data into predictions.
The approach we propose is based on two systems development methods the Unified Process (UP) from Software Engineering and the U model from HCI.
The rationale for engaging on this issue is based on three main developments.
Cost estimates for offering a faculty development fellowship and curriculum dissemination workshops were obtained through discussions with the former Executive Director of STFM, who calculated costs based on two previous faculty development projects sponsored by the STFM in the 1990's, adjusting estimates to 2008 dollars.
Within the 21 tests, further selection was based on two considerations: (1) test development process (as well as initial evaluation) reported in a peer reviewed journal, and (2) behavioural scale contained in the test not made redundant by a scale contained in a later test covering the same (or very similar) set of specific methods of DSH.
The comparisons between cognitive and behavioural interventions used to inform the guideline development was based on two studies [ 30, 58] one of which was excluded from this meta-analysis due to the main outcome measure not being reported [ 58].
We argue that the system that mixes these two sets of goals based on two different paradigms of sustainable development inherits the weaknesses of both and the strengths of neither.
The coupled build-out and landscape indicator analysis served as a planning tool to assess the potential impacts to forest and watershed integrity based on two different scenarios of future development.
Successful scaling-up of a health intervention is based on two prerequisites: first is the development of an effective delivery and management system at various levels and second is the longer-term implementation of the intervention based on a good knowledge of costs and sound financing strategies.
SAM is a general software architecture development framework based on two complementary formalisms––Petri nets and temporal logic.
