It consisted of three components, namely, tendency variation analysis, pattern dynamics analysis, and service function analysis.
We illustrate the power of this approach with convolution-generated motion models for pattern dynamics in developmental biology and excitable media.
Because of this, the desired pattern dynamics can be computed accurately and efficiently using adaptive resolution and fast Fourier transform techniques, and for a large class of convolutions the limiting interface motion laws can be derived analytically.
By applying redundancy analyses (RDA), the interactions of the land cover and landscape pattern dynamics with the pollution loading of NPS nutrients at four temporal scales were analyzed.
Finally, we examine the Brusselator and cortical model pattern dynamics.
In the developing brain, many transcription factors are expressed in complex patterns and dynamics, and drive the differentiation of many classes of neurons.
Based on the combined modeling and experimental approach, fundamental understanding of multiphase processes in a specific circumstance is achieved under conditions relevant to the actual industrial-scale, such as transport phenomena, flow patterns, fluid dynamics and interactions between phases.
To measure the patterning dynamics of control and dia 5 hemocytes, cells were labeled with UAS-LifeAct-GFP and UAS-RedStinger and imaged for 90 minutes.
We then extracted regular patterns of morphological dynamics and the pattern-dependent systematic coordination with filamentous actin (F-actin) and cell movement by statistical dynamic analyses.
