Several protocols exist, in this article we explain the OMA DM management protocol, and we describe its connection to the ETSI-M2 M platform.
In this article, we explain the design techniques using color and hierarchy to evaluate the overall performance of the cell based on part arrival decisions and part processing decisions in transitions of each sub-model of the cell.
In this article, we explain the condition for the spinodal decomposition to occur in polymer melts by deriving a Ginzburg-Landau model of the free energy as a functional of the density and the orientation of the segments, where we introduce the excluded volume and the nematic interactions through a combination of the random phase approximation and the transfer matrix for the polymer conformation.
In this article we explain the SMD method and suggest how it can be applied to the function of three systems that are the focus of modern molecular biology research: force transduction by the muscle protein titin and extracellular matrix protein fibronectin, recognition of antibody-antigene pairs, and ion selective conductivity of the K+ channel.
In this series of three articles, we explain the problems and discuss proposed solutions put forward in the IDEAL recommendations, using current examples.
In this article, we explained our choices for the design requirements and preferred statistical methods for which no evidence is available in the literature or which generated major discussions among the members of the Delphi study during the development of the COSMIN checklist.
In this article we explain and discuss the design of the instrument and the validation of its intended uses.
In this article, we explain why we believe the cultivation of the agile mindset -- an intellectual framework that merges learning agility with a value creation outlook -- in students is an imperative for the future of higher education and our economy.
In this article, we explain only those aspects of the theory indispensable to understand our model for tumour growth.
In this article, we explain our 3D AMR code and the FTT, and report some results of test calculation.
