Essays on Exchange Rates Deterministic Chaos and Technical Analysis
Detecting chaotic dynamics in observed time series
Reconstruction of the dynamics
Choosing the proper reconstruction parameters
Testing for chaotic dynamics in observed time series
Short summaries of Papers [ii]
Short summaries of Papers [iii]
Technical analysis in the foreign exchange market
The third and final step in resolving the question of whether the observed dynamics are chaotic or not, is taken by applying statistical inference to the largest Lyapunov exponent. For example, observational noise may be present in the observed timeseries
in eq. (2.2).
Moreover, the time series may contain dynamic noise, i.e. the unknown system may be a stochastic dynamical system.
Therefore, a distributional theory which provides a framework for statistical inference is needed. Recently, Bailey (1996) and Whang and Linton (1997) have derived analytically the asymptotic distributions of estimators of the Lyapunov exponents for stochastic time series. Bailey (1996) deals with local Lyapunov exponents whereas Whang and Linton (1997) deal with global exponents.
Prof. Mikael Bask

Essays on Exchange Rates Deterministic Chaos and Technical Analysis
This thesis consists of four papers. The first three deal with deterministic chaos in exchange rate series whereas the fourth deals with technical analysis in the foreign exchange market.