Fifteen lectures
Lecture summaries
Each summary restates a lecture's economic question and central relation, poses one individual problem with a worked answer, and names a consequential failure with its repair. The chapter supplies the full argument, derivations, and laboratory.
Read the chapter first, attempt its assignment on the practice page, and run its laboratory in one language. Then use the summary to check that you can state the central relation, the failure, and the repair without the chapter open. Dates follow the course's 2027 teaching sequence.
- The decision and its information set · January 15
Complete chapter · R, Julia, and Python - Persistence, recursion, and aggregation · January 22
Complete chapter · R, Julia, and Python - ARMA models and recoverable innovations · January 29
Complete chapter · R, Julia, and Python - Forecasts that survive a chronological comparison · February 5
Complete chapter · R, Julia, and Python - Signals, noisy measures, and information-preserving filters · February 12
Complete chapter · R, Julia, and Python - Trends, unit roots, and misleading level regressions · February 19
Complete chapter · R, Julia, and Python - Weather, seasonality, and dynamic regression · February 26
Complete chapter · R, Julia, and Python - Estimating a latent state as observations arrive · March 5
Complete chapter · R, Julia, and Python - Multivariate dynamics and regional networks · March 12
Complete chapter · R, Julia, and Python - What an impulse response can claim · March 26
Complete chapter · R, Julia, and Python - A stable relation between moving levels · April 2
Complete chapter · R, Julia, and Python - Predictable risk with an unpredictable return · April 9
Complete chapter · R, Julia, and Python - When the model or the measurement changes · April 16
Complete chapter · R, Julia, and Python - Freeze a revision before its next test · April 23
Complete chapter · R, Julia, and Python - Defend a forecast in an unfamiliar setting · April 30
Complete chapter · R, Julia, and Python