Modeling and simulation are used extensively in science and engineering. This technology has been the powerful tool for the engineers who work on the applications in cell biological systems as well. The primary objective of this paper is to review the research in the area of modeling and simulation of cell biological systems on heterogeneous parallel computing platforms. In particular, this pap...

Diffuse optical tomography, also known as near infrared tomography, has been under investigation, for non-invasive functional imaging of tissue, specifically for the detection and characterization of breast cancer or other soft tissue lesions. Much work has been carried out for accurate modeling and image reconstruction from clinical data. NIRFAST, a modeling and image reconstruction package ha...

The GRAVITY instrument on the ESO VLTI pioneers field of high-precision near-infrared interferometry by providing astrometry at $10 - 100\,\mu$as level. Measurements such high precision crucially depend control systematic effects. Here, we investigate how aberrations introduced small optical imperfections along path from telescope to detector affect astrometry. We develop an analytical model th...

Free space optical (FSO) communication in a maritime environment involves unique challenges due to the existing environmental conditions. An important degradation factor is atmospheric turbulence that causes irradiance fluctuations (scintillation) at detector. A significant amount of theoretical and experimental research has been conducted quantify those effects. This paper presents results an ...

Compound systems are generally treated by geometrical optics, for instance, through the Gauss’ formalism. The objective is to simplify process of image formation. However, this formalism does not include wave characteristics light and boundary effects. treatment diffraction straightforward. Thus, extension towards scalar theory very desired. This work offers emphasizes its importance. systems, ...