JOURACA_SP_2017
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Analysis of High-Frequency Financial<br />
Market Data<br />
Alexander Theodore<br />
The research that we will be conducting<br />
seeks to improve upon previous<br />
studies of the role implied and realized<br />
volatility have as estimators of<br />
future volatility. Utilizing the Bloomberg<br />
Terminal System, transactional<br />
level data of the DOW Jones Industrial<br />
30 will be extracted from the previous<br />
year (June 2015 through June<br />
2016). Once the data has been compiled<br />
into a uniform format, realized<br />
variance estimators can be used to<br />
calculate the volatility at various time<br />
intervals, i.e. 1 minute, 5 minutes, 15<br />
minutes, etc. Furthermore, rangebased<br />
estimators can be used to analyze<br />
the realized variance for each interval<br />
size, with an "interval size"<br />
representing the amount of trades<br />
within a specified period. The focus<br />
of this research is the return volatility<br />
of the DOW Jones Industrial 30.<br />
However, if warranted, the research<br />
can be extended across other indexes,<br />
such as the S&P 100 index and the<br />
S&P 500.<br />
Department of Finance<br />
Mentor: Alan Chow<br />
Management<br />
42