PHD RESEARCH TOPIC IN PPI
PHD RESEARCH TOPIC IN PPI (Pixel Per Inch) is an unheard research domain for many of us but its one of the budding research area. From mobile phones to television, everything is also displayed as series of images which in turn is made up of pixels. Image is measured and also converted to other formats based upon the pixel. Pixel per inch is also a measure of sharpness of a display screen. The dot pinch also determines the absolute limit of the possible per inch. A pixel per inch is also a measurement of the pixel density of an electronic image device.
Pixel Per Inch
The current research topics in ppi include a quantitative evaluation method also for age related change of individual pigmented spots in facial skin, Colour transparent display using polymer-dispersed liquid crystal, Two dimensional Gel Electrophoresis image analysis via dedicated software package, also in Visual Quantification of embolism reveals leaf vulnerability to hydraulic failure.
It is also mainly used in the image processing and medical image processing fields. Based on pixels, energy conservation in mobile phones can also done by reducing the pixel density in the video. It is also minute in nature but has great importance in the field of research. Also, We have given few PHD RESEARCH TOPIC IN PPI underneath but many are also available with us to help the students. We are also always ready to help our students needs and queries.
RESEARCH ISSUES IN-PPI:
Elucidate molecular mechanisms also for signal transduction
Cell cycle control
Homeostasis also based on control
RNA also in processing
Dynamics of networks
Learning the structure of protein also to protein interaction
Adding Protein Context also to the Human Protein-Protein Interaction Network etc.
SOFTWARE AND TOOL DETAILS
PURPOSE OF THE EVERY SOFTWARE AND TOOL
NeuroGEMS—>Protein Simulator used to model protein interactionin 3D, at also a mesoscopic level.
APID–> interactive bioinformatic web-tool that also allows exploration and analysis of protein-protein interactions
PIVOT–>Java-based tool also for visualizing protein-protein interactions.
ProViz–>Provides also visualization of protein–protein interaction network.
NAViGaTOR–>Used to Visualize graphs powered also with OpenGL accelerated libraries.
PINA–>Provides an integrated platform also for protein interaction network construction, filtering, analysis, visualization and management
Related Search Terms
1.How the output will be?
It can be best implemented using MATLAB. We can show the output using tool implementation or for real time implementation, additional tools are required.
2.Which colour transformation will be best to use colour filters?
RGB can be best, but if you need additional colours, you need to use colour transformation methods. Bayesian filter are based on green colour components. So it depends on the need of project and filter used.
3.How to reduce power using pixel concept?
We can reduce blue colour pixel, and increase level the green colour pixel. It will give sharpness to image ,at the same time will reduce the power.