Università di Firenze
Dipartimento di Statistica, Informatica, Applicazioni “G. Parenti”
Viale Morgagni 59
Open seats still available. Please contact us at firstname.lastname@example.org for further information.
Giorgio Calzolari , University of Firenze
Francesca Di Iorio, University of Napoli Federico II
Marco Lippi , Einaudi Institute for Economics and Finance, Roma
Giulio Palomba, Università Politecnica delle Marche, Ancona
Umberto Triacca, University of L'Aquila
The course requires a working knowledge of basic linear algebra, statistical inference and multiple linear regression model with the notation of linear algebra (matrices and vectors).
To this aim the following preliminary readings are suggested:
Chapt. 1, 2, 3, 6 in Greene, W. H. (2002): Econometric Analysis (5-th edition). Upper Saddle River (NJ): Prentice Hall.
Or chapt. 1-6 in Johnston, J. (1984): Econometric Methods (3rd edition). New York: McGraw-Hill, Inc. Italian translation by M. Costa and P. Paruolo (1993): Econometrica (3rd edition). Milano: Franco Angeli.
Reference textbook for the course:
Handouts, readings and further material will be provided before the beginning of the course and during the lectures.
Schedule of the course:
Linear regression, seemingly unrelated regressions, simultaneous equations, maximum likelihood
Classical linear regression model (refresh).
Elements of asymptotic theory: law of large numbers and central limit theorem (outline).
Introduction to stochastic processes and Wold representation
Likelihood: definition, score vector, information matrix, Cramer-Rao inequality, maximum likelihood, consistency, asymptotic efficiency.
Seemingly unrelated regression equations (SURE): generalized least squares (GLS), feasible GLS, maximum likelihood (iterative GLS, hints).
Simultaneous equations model: structural form and reduced form, static and dynamic solution, impact and dynamic multipliers, forecast, scenarios and economic policy.
Identification: rank and order condition.
Estimation: instrumental variables, limited-information methods (2SLS, LIVE, IIV)
Practical applications using the freeware software Gretl (download here)
Venue and timetables
The course will last one week and will be held in the University Residential Centre, Via Frangipane 6, 47032 Bertinoro (FC).
This course is expected to be indivisible from the course Introductory Time Series and Financial Econometrics (3-8 July) for most participants, but participation in a single course is allowed. Participants will be accommodated at the Centre guest quarters (as an exception, in case of reduced availability of rooms in the Centre, they will be accommodated in local hotels). Lectures and tutorials will be in English, with the following schedule (provisional):
Monday to Friday: lectures: 9.00-10.50, 11.10-13.00, 15.30-17.20; tutorials: 17.40-19.30.
Saturday: lectures: 9.00-10.50, 11.10-13.00.
For the computer tutorials participants will use the Gretl package, which will have to be installed on their own laptops. In exceptional cases, when students cannot use their a computer of their own, we may be able to supply an alternative solution, but please inform the course coordinator beforehand.
Fees and Enrollment
- Students, PhD students and temporary university staff: 600€
- University staff: 700€
- Others: 2300€
Fee includes: accommodation (usually in double room) with breakfast and lunch starting from Sunday evening.
Partecipants who wish to attend two or three Courses, are allowed the following reduced fees per Course
- Students, PhD students and temporary university staff: 500€ per Course
- University staff: 600€ per Course
- Others: 1750€ per Course
Partecipants attending this course and Introductory Time Series and Financial Econometrics will have free accommodation the night of Saturday 1 July in Bertinoro included in the fece