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Rituparna Sen
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RESEARCH INTERESTS:
Applications of statistics in finance, discontinuous asset price, stochastic
volatility, optimal derivative pricing and hedging in incomplete market,
microstructure noise, realized volatility, convergence of stochastic processes,
Bayesian filtering, asymptotic inference, likelihood estimation, functional
data analysis, hidden markov models.
PAPERS:
Predicting Web User's Next Access Based on Log Data: with Dr. Mark H. Hansen, Journal of computational and graphical statistics12(1):143-155. March 2003
Option pricing and hedging for stock prices with discrete jumps and stochastic volatility. Proceedings of the American Statistical Association. Business & Economic Statistics Section. 2005
Intervals for option prices. International Journal of Statistics and Management Systems 1(1): 59-82. 2006
Estimation of Integrated Covolatility for Asynchronous assets in the presence of Microstructure Noise. With Qiuyan Xu, Multivariate Statistical Methods ed. Ashis SenGupta, WORLD SCIENTIFIC.
Jumps and Microstructure noise in Stock Price Volatility. Stock Market Volatility ed. Greg N. Gregoriou CHAPMAN HALL/TAYLOR AND FRANCIS
Functional data Analysis for Volatility Process. with Muller, H.G., Stadtmuller, U. Submitted
Hedging Options when Stock prices change by a
constant increment. Submitted
An invariance in volatile period of stock and its implied trading strategy. With Fushing Hsieh. In preparation
Smooth Volatility, Jumps, and Microstructure Noise in Realized Volatility. With Airu Cheng. In Preparation.
Random lead-lag estimator for Covolatility. With Qiuyan Xu. In Preparation.
THESIS:
Modeling the stock price process as a continuous time jump
process
PRESENTATION SLIDES:
Statistical Issues in Finance. UCDavis Dept of Staistics Oct 2005
Functional Data Analysis for Volatility Process
IMS Meeting
Estimation Of Integrated Covolatility For Asynchronous Assets In The Presence Of Microstructure Noise ISI Kolkata Dec 2006
Modeling the Stock Price Process as a Continuous Time
Discrete Jump Process.
TEACHING
Elementary Statistics: Stat 13 Fall 2004, Winter 2006, Summer 2006, Fall 2006,
Summer 2007
Probability Modeling: Stat 102 Fall 2005, Fall 2006
Applied Statistics: Stat 103 Winter 2008, Spring 2008
Probability for Engineers: Stat 120 Spring 2007, Summer 2008
Multivariate Analysis: Stat
135 Spring 2008
Mathematical Statistics: Stat 231A Fall 2005
Statistics Seminar: Stat 290 Winter 2008
ABOUT MYSELF
I was born in