The hierarchy framework is consists of real-time active sensing layer, interconnecting layer of water information interconnection layer, and smart decision layer.
The framework is consisting of three procedures: (1) typhoon evolution reanalysis by the Advanced Hurricane Weather Research and Forecasting (AHW) model, (2) the large-eddy simulation (LES) coupled in the Weather Research and Forecasting (WRF) model (WRF-LES), and (3) stochastic generation of local turbulent flows.
The framework was consisted of two parts: the erosion tolerance index (ETI), and the sediment-phosphorous index (SPI) for evaluating onsite and offsite effects of soil erosion, respectively.
The framework's core is consisted of a k-nearest neighbor joins algorithm which, contrary to similar approaches, is executed in a single distributed session and is able to operate on very large volumes of data of variable granularity and dimensionality.
Until 1952, finance theory, such as it was, consisted of a set of wise observations and rules of thumb, without any overarching framework.
A framework is proposed consisting of hardware cameras and accompanying software.
Based on that, a conceptual framework is introduced consisting of three core dimensions: sophistication, sustainability, and emerging market orientation.
First, a multi-layer framework is proposed consisting of robots, cloud, and client terminals, and these components are interconnected via networks.
A framework was developed consisting of seven modules that can evolve over the life cycle of a healthcare intervention.
A reflective engagement framework was developed, consisting of three dimensions: intellectual, personal and social reflective engagement.
