6.435
System Identification
Spring 2005
Topics
- Review of Linear Systems, Review of Stochastic Processes, Defining a General Framework
- Review of Linear Systems, Review of Stochastic Processes, Defining a General Framework (cont.)
- Introductory Examples for System Identification
- Introductory Examples for System Identification (cont.)
- Nonparametric Identification
- Nonparametric Identification (cont.)
- Input Design, Persistence of Excitation, Pseudo-random Sequences
- Input Design, Persistence of Excitation, Pseudo-random Sequences (cont.)
- Least Squares, Statistical Properties
- Least Squares, Statistical Properties (cont.)
- Parametrized Model Structures, One-step Predictor, Identifiability
- Parametrized Model Structures, One-step Predictor, Identifiability (cont.)
- Parameter Estimation Methods, Minimum Prediction Error Paradigm, Maximum Likelihood
- Parameter Estimation Methods, Minimum Prediction Error Paradigm, Maximum Likelihood (cont.)
- Convergence and Consistency, Informative Data, Convergence to the True Parameters
- Convergence and Consistency, Informative Data, Convergence to the True parameters (cont.)
- Asymptotic Distribution of PEM
- Asymptotic Distribution of PEM (cont.)
- Instrumental Variable Methods, Identification in Closed Loop, Asymptotic Results
- Instrumental Variable Methods, Identification in Closed Loop, Asymptotic Results (cont.)
- Computation, Levinson Algorithm, Recursive Estimation
- Computation, Levinson Algorithm, Recursive Estimation (cont.)
- Identification in Practice, Error Filtering, Order Estimation, Model Structure Validation, Examples
- Identification in Practice, Error Filtering, Order Estimation, Model Structure Validation, Examples (cont.)
Readings
- Ljung, Lennart. System Identification: A Theory for the User . 2nd ed. Upper Saddle River, NJ: Prentice Hall, 1998. ISBN: 0136566952.
Sources
- Course catalogue ↗Historical OpenCourseWare
- MIT OCW calendar ↗
- MIT OCW syllabus ↗
- Historical MIT OpenCourseWare offering. Named reading entries and schedule topics are automatically extracted from the linked source pages.