In this work, we propose Reconstruction and Visualization from a Single Projection (ReViSP), an automatic method conceived to reconstruct the 3D surface and estimate the volume of single cancer multicellular spheroids, or even of spheroid cultures.
The second method, conceived to generate anisotropic turbulence characterized by arbitrary harmonic content in both time and space, is designed to be computationally efficient, to guarantee the divergence-free condition and to ensure a good approximation of the resulting turbulence integral scales.
In the next section, we detail our powerful blind method which is an extension of the Blind SLM method conceived to protect the SI.
Although there are different methods, specifically conceived to manage every kind of disease, all of them require the active involvement of the patient for the control of the symptoms and the corresponding therapy as well as for the tracking of the evolution accomplished by the physicians (normally during a lengthy period).
Our method is conceived to perform on the basis of an informative, yet not exhaustive, preliminary set of experiments easily available at laboratory scale.
These methods are chiefly conceived to produce an adaptive search as the number of elementary moves in a compound move may vary from one iteration to another depending on the state of the search.
The method is primarily conceived to cover the acoustic-range, in order to acquire signals via standard sound cards; a broaden high-frequency study is developed for the assessment, and with the added value of discovering new and higher frequency components of the species emissions.
Removal and contraction are basic operations for several methods conceived in order to handle irregular image pyramids, for multi-level image analysis for instance.
Rhythm analysis methods during CPR are conceived to improve CPR delivery compared to these recommendations.
"Using the presented method, strategies can be conceived to create materials of negative refractive index, which in turn would allow for applications such as cloaking or the construction of perfect lenses," they say.
