Lecturer | Hidehiko KAMIYA, Professor |
---|---|
Department | School of Economics / Graduate School of Economics, 2012 Spring |
Recommended for: | Economics students (2・週1回全15回) |
Econometrics is concerned with statistical methods for analyzing economic phenomena based on economic theory and real data. This course is designed for second-year undergraduate students who already have basic knowledge of regression analysis. The course covers further topics such as the violation of classical assumptions, simultaneous equations models, and time series analysis. It is intended that the students will acquire the fundamental ability to analyze economic phenomena using real data.
Numerical exercises are provided which require students to use a computer to analyze real data after each lecture. These exercises are reviewed in the next lecture, and the answers will also be available later at the course website. The intention is that the numerical exercises will supplement the lectures which are mainly focused on the theoretical aspect.
Econometrics is concerned with statistical methods for analyzing economic phenomena based on economic theory and real data. This course is designed for second-year undergraduate students who already have basic knowledge of regression analysis. The course covers further topics such as the violation of classical assumptions, simultaneous equations models, and time series analysis. It is intended that the students will acquire the fundamental ability to analyze economic phenomena using real data.
The course prerequisites are "Statistical Analysis" and "Econometrics I". Familiarity with introductory statistics and fundamental regression analysis is assumed.
Session | Contents |
---|---|
1 | Orientation |
2 | Review of "Econometrics I" |
3 | Dummy variables (1) |
4 | Dummy variables (2) |
5 | The Gauss-Markov theorem |
6 | Regression models without the intercept |
7 | Heteroskedasticity (1) |
8 | Heteroskedasticity (2) |
9 | Serial correlation (1) |
10 | Serial correlation (2) |
11 | Serial correlation (3) |
12 | Simultaneous equations models |
13 | Other topics (1) |
14 | Other topics (2) |
15 | Summary / Final exam |
Evaluation will be based on assignments (40%) and the final exam (60%).
January 14, 2020