Titlebook: Laser Interaction with Heterogeneous Biological Tissue; Mathematical Modelin Kirill Kulikov,Tatiana Koshlan Book 2018Latest edition Springe

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Study of Optical Properties of Biotissues by the Intracavity Laser Spectroscopy Method,pper layer of the derma, blood, and lower layer of the derma and placed in the cavity of an optical resonator. It should be noted that the biological structure was represented by layers with different optical and geometrical parameters illuminated by a laser beam.

紀(jì)念

Study of the Optical Characteristics of Thin Layer of the Biological Sample,ogical sample under investigation, and its geometrical characteristics and to establish the relations between these parameters and biological properties of the biological tissue being modeled, as well as to calculate theoretically the absorption spectra of optically thin biological samples placed in

otic-capsule

Simulation of the Thermal Processes, case in vivo, the dependences of the temperature field on the refractive index and absorption coefficient of the biological tissue under study (epidermis, the upper derma layer, the lower derma layer, blood and its corpuscles) are determined. The obtained quantitative estimates can be used to predi

Kidnap

, which forms the basis for an advanced, state-of-the art image segmentation method. The work is motivated by the need to accelerate scientific image analysis pipelines in use by experimental science, such as at x-ray light sources, and is motivated by the need for platform-portable codes that perfo

Lipoprotein(A)

Kirill Kulikov,Tatiana Koshlancessing units (GPUs). Tensor Cores are special processing units that perform . matrix multiplications on FP16 inputs with FP32 precision, and return the result on FP32. The proposed method adopts the Ozaki scheme, an accurate matrix multiplication algorithm based on error-free transformation for mat

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Kirill Kulikov,Tatiana Koshlancessing units (GPUs). Tensor Cores are special processing units that perform . matrix multiplications on FP16 inputs with FP32 precision, and return the result on FP32. The proposed method adopts the Ozaki scheme, an accurate matrix multiplication algorithm based on error-free transformation for mat

white-matter

Kirill Kulikov,Tatiana Koshlanhis temperature distribution depends on the interaction between the hot mainstream and the coolant jet. Deep learning techniques have been widely applied in predicting physical problems such as complex fluids dynamics. A theoretic model based on Deconvolutional Neural Network (Deconv NN) was develop

hair-bulb

Kirill Kulikov,Tatiana Koshlano-dimensional fluid flow with an imposed temperature difference in the vertical direction. Since then, chaotic dynamical systems are accepted as the foundation of the meteorological sciences and represent an indispensable testbed for weather and climate forecasting tools. Operational weather forecas

paradigm

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