- Docente: Andrea Guizzardi
- Credits: 10
- SSD: SECS-S/03
- Language: Italian
- Teaching Mode: In-person learning (entirely or partially)
- Campus: Rimini
- Corso: Second cycle degree programme (LM) in BUSINESS AND FINANCE INFORMATION SYSTEMS (cod. 8057)
Learning outcomes
At the end of the course the student has the skills to define trading and management strategies based on time series business or financial information.
It is also able to choose critically the statistical method of analysis and prediction on the basis of both available data and operational environement. In particular:
- describe and forecast the dynamic of corporate business and financial price/revenue, through statistical models for time series
- assessing the quality of the available statistical information and relate it to the complexity of the modelling and forecasting methods
- select statistical tools for modelling/forecasting to develop business decisions in different functional business areas and/or considering different risk aversion.
- evaluate the results of alternative management strategies implied by the predictions process outcomes.
Course contents
Preliminary aspects
Stochastic processes and their property. Wold theorem. Linear
operators, autocovariance and autocorrelation functions. Elementary
stochastic processes examples. The representation of time series
and the data quality analysis. Graphical analysis; identification
and treatment of outliers and discontinuity
Time series m odelling.
Identification and estimation of stationary ARMA processes (also seasonal). The multivariate case: stationary VAR process.
Time series decomposition: Trends, Cycle, Seasonality. Stochastic vs. deterministic trend and seasonality.
Forecasting economic and financial phenomena.
Is it always possible to forecast? Cost functions (and risk
aversion) and their role to define the optimal management/investing
strategies. The “parsimony principle" for the choice of forecasting
techniques.
From statistical models to management/investing decision
Extrapolative methods for trend, cycle and seasonality forecasting.
Graphical methods for financial time series. Conjectural
forecasting: Delphi and scenarios methods. Forecast encompassing
and forecast combination.
Strategies evaluation
The operating cost: bias and accuracy measure. Statistical test for
rank forecasting models performances.
Readings/Bibliography
F.X: Diebold "Elements of forecasting" South-Western 2001
On-line couse material (in Italian)
Teaching methods
Teacher's lectures supplemented with smaller discussion sections (case study), tutorials, or laboratory experiment sessions.
Assessment methods
oral examination
Teaching tools
Software for time series analysis
Office hours
See the website of Andrea Guizzardi