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--- references [2018/09/16 14:16] – jelder
+++ references [2018/09/16 14:22] (current) – jelder
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 Linear Algebra:
-*  For an introductory reference to linear algebra, I highly recommend the classic book by Gilbert Strang: [[http://math.mit.edu/~gs/linearalgebra/ |Introduction to Linear Algebra, Strang G, 2016]]
+  * For an introductory reference to linear algebra, I highly recommend the classic book by Gilbert Strang: [[http://math.mit.edu/~gs/linearalgebra/ |Introduction to Linear Algebra, Strang G, 2016]]
-*  Appendix C of the Prince textbook (see above) provides a nice succinct of fundamental linear algebra methods commonly used in computer vision.
+  * Appendix C of the Prince textbook (see above) provides a nice succinct of fundamental linear algebra methods commonly used in computer vision.
-*  Appendix C of the Bishop book (see above) provides a summer of useful properties of matrices.
+  * Appendix C of the Bishop book (see above) provides a summer of useful properties of matrices.
+  * Appendix A of the Szeliski textbook provides a review of some of the linear algebra methods used in the book.
+MATLAB:
+  * Mathworks provides a series of free [[https://matlabacademy.mathworks.com/ | introductory MATLAB courses]]
+  * There are also numerous tutorial documents available online [[https://www.mccormick.northwestern.edu/documents/students/undergraduate/introduction-to-matlab.pdf | (example)]]
-*  Appendix A of the Szeliski textbook provides a review of some of the linear algebra methods used in the book.