suryaphysics
Post Doctoral Researcher at Chester F. Carlson Center for Imaging Science
Rochester Institute of Technology, NY, USARochester, NY, USA
Pinned Repositories
Cervical-Cancer-Cell-Nucleus-Segmentation
A small tool in python to read the bright-field image data and the phase image data recovered from a Digital holographic microscope (DHM) and segment the nuclei to calculate physical parameters like roughness and volume.
Edge-Detection-using-directional-gradients
This is a MATLAB demo to elaborate the idea of boundary tracing objects in image using directional gradients
FPM
Matlab simulation of Fourier ptychographic microscopy (FPM).
Pen-Drive-Security-Linux
Java Applet to secure USB ports on Linux platforms using password authentication
SEMNano
MATLAB based Simulation of probe formation and imaging in modern field emission SEMs based on electron wave optics
Thin-plate-spline-interpolation
Functional interpolation to create a more meaningful interpolation than bilinear or bicubic methods.
suryaphysics's Repositories
suryaphysics/FPM
Matlab simulation of Fourier ptychographic microscopy (FPM).
suryaphysics/SEMNano
MATLAB based Simulation of probe formation and imaging in modern field emission SEMs based on electron wave optics
suryaphysics/Cervical-Cancer-Cell-Nucleus-Segmentation
A small tool in python to read the bright-field image data and the phase image data recovered from a Digital holographic microscope (DHM) and segment the nuclei to calculate physical parameters like roughness and volume.
suryaphysics/Edge-Detection-using-directional-gradients
This is a MATLAB demo to elaborate the idea of boundary tracing objects in image using directional gradients
suryaphysics/Pen-Drive-Security-Linux
Java Applet to secure USB ports on Linux platforms using password authentication
suryaphysics/Thin-plate-spline-interpolation
Functional interpolation to create a more meaningful interpolation than bilinear or bicubic methods.