This methodology was supported by a development programme for beginning researchers also from diverse backgrounds and disciplines, and by the significant participation by young people in the design and conduct of the "Youth Tribunals".
The methodology is supported by the concept of fuzzy system.
The formalization methodology is supported by a graphical software tool.
The methodology is supported by a social context analysis and highly participative design process.
Our methodology is supported by a case tool facilitating the tasks of data warehouse designers.
The proposed methodology is supported by a new educational simulation tool, namely WiFiSim, aimed at the generic study of IEEE 802.11-based WLANs in a disciplined way.
The methodology is supported by a set of ad hoc tools, including a custom OpenMP compiler and a hardware cost estimator, interacting with an existing ILP solver and a hardware high-level synthesis engine.
The methodology is supported by tremendous expertise and experience in running large international surgical trials of the Methods Center at the McMaster Center for Evidence-Based Orthopaedics.
The main advantages of the proposed methodology are supported by the use of a systematic approach to identify, score and weight guideline topics selection, limiting or exposing the influence of personal biases.
