Biography:
As someone who is highly inquisitive and analytical, I am skilled in computational mathematics and mathematical modeling for biological systems and also at developing appropriate model and implementing methodology using data collection and analyzing the results of research. I am currently a Research Associate at University of Wisconsin-Madison. My current work on developing new innovative methods in topological data analysis, computational anatomy and dynamic modelling of brain network using multiple time scale approaches is a neuroscience program in department of biostatistics and medical informatics at University of Wisconsin-Madison.As someone who is highly inquisitive and analytical, I am skilled in computational mathematics and mathematical modeling for biological systems and also at developing appropriate model and implementing methodology using data collection and analyzing the results of research. I am currently a Research Associate at University of Wisconsin-Madison. My current work on developing new innovative methods in topological data analysis, computational anatomy and dynamic modelling of brain network using multiple time scale approaches is a neuroscience program in department of biostatistics and medical informatics at University of Wisconsin-Madison.
Title : Measuring fractal dynamics of FECG signals to determine the complexity of fetal heart rate
Title : On the geometric complexity of chronic heart disease