Sentence examples for identification prioritisation from inspiring English sources

The major contribution of this study is in the identification, prioritisation of guiding factors, its modelling, and validation, which influence various manufacturing practices, and drastically affect organisational performance.

The case studies although currently in operation have already been providing a valuable input to the practical testing of the conceptual framework, so that a consistent and practice-oriented guidance for the early detection, identification, prioritisation, and abatement of chemicals in the water cycle can be produced.

To date, identification, prioritisation and implementation of disinvestment options outside of PBMA exercises has progressed largely independent of commissioning [ 33].

It integrates data from multiple distributed sources, highlights conflicts and facilitates the quick identification, prioritisation and resolution of problems during the process of genome annotation.

Likewise, recently developed non-PBMA processes for identification, prioritisation and implementation of disinvestment options have typically been conceived as operating independently or in parallel to commissioning processes [ 5, 6].

In response to this need, processes and tools for the identification, prioritisation and implementation of disinvestments have recently been developed and are now being utilised by health technology assessment agencies around the world [ 4- 8].

However, the development of strategies for the identification and prioritisation of target behaviours has been less forthcoming.

Given the heightened emphasis on transport system sustainability, the City of Stockholm is faced with the challenging task of trying to maintain and encourage the upward trend in commuter cycling through a process that involves problem identification, classification, prioritisation and resolution.

Key elements of CEC frameworks include identification and prioritisation of emerging contaminants, evaluation of health and environmental impacts from key matrices such as soil, groundwater, surface waters and sediment, assessments of available data, methods and technologies (and limitations), and mechanisms to take cognisance of diverse interests.

Thus, the identification and prioritisation of future societal problems is a central element of the methodological approach presented in this paper.

A first review of this approach shows that the stringent problem-orientation is very practicable and effective in fulfilling the demand of a 'mid-term radar', which allows the identification and prioritisation of TA topics.