In this paper, we introduce the use of level set and phase field based methods to address this issue and related problems.
As we can see in Fig. 6, 4-D light field based methods (I - IV) could reproduce three separated lI - IVon relit images for near range d=[30,45] despite 2-D based methods could not separeproduce.
From the results of the methods (V) and (VI), it is obvious that the 2-D light field based methods do not have capability to reproduce good relit images for this light source.
To fully automate the bright field cell segmentation, the markers for each cell need to be located without fluorescent nuclei, but to the best of our knowledge, there are no robust bright field based methods presented in the literature.
In general, three major classes of scoring functions can be distinguished: force-field based methods, knowledge-based potentials, and empirical scoring functions.
We first discuss a simple field and office based method of link delineation.
Classically described as a macroscale size-density based method, Sedimentation field flow fractionation (SdFFF) has been successfully used for cell sorting.
The planar periodic structure is coupled to semi-infinite acoustic domains above and/or below, in which the dynamic pressure field is modelled with the Wave Based Method, applying a wave function set that fulfills the Helmholtz equation and satisfies the Sommerfeld radiation condition and the Bloch Floquet periodicity conditions inherently.
PAC-MAC is a force field based quasi-chemical method originally used for rapid calculation of binary phase diagrams of small molecules.
The vector field based tool path method can conveniently generate the desired tool paths according to the preferred feed directions which reflect the machining intent of the designers at CC (cutter contact) points, thus recently, it has become the focus of interests.
