Posted by Javabean on Sep 14, 2010 in
MATLAB
TweetThis series of articles contains information and tutorials for any Matlab User. These tutorials and guides are written with the assumption that the user has no previous knowledge of linear algebra or Matlab. Each tutorial is broken into 4 sections and structured in the following way. Blue: Section 1: Background and tutorial of the math [...]
Tags: MATLAB, MATLAB Tutorial, MATLAB Tutorial Series
Posted by Javabean on Sep 14, 2010 in
MATLAB Lesson #1
TweetVectors and Matrices what are they? In Matlab everything is defined as either a vector or a matrix therefore it is imperative that you know what Vectors and Matrices are before you begin using Matlab. The formal definition of a vector is something that has both a direction and a velocity. When using Matlab however, [...]
Tags: Linear Algebra, MATLAB Tutorial, Matrices, vectors
Posted by Papa_Smurf on Oct 13, 2009 in
Control Systems,
MATLAB
TweetTo start out, setup the open loop transfer function. Next, you can choose to set up the MATLAB code in a few different ways. First make sure that both the numerator and denominator are in acceptable forms. [1 2 3] is the same as saying Using an example: We can write the numerator and denominator MATLAB codes as: >>numerator=[1]; [...]
Tags: Root Locus, root locus matlab, root locus method
TweetVector dot product rules Another simple review of the vector dot product, for those of you that have forgotten. The operation that involves multiplying two vectors together can be done in a few ways. The first operation is called either the scalar product or the dot product. One of the well known definitions looks like [...]
Tags: dot product, dot product angle, find dot product, vector angle, vector dot product, vectors
TweetThis is a very simple post and a very simple subject, but every once in a while even the experts need to be reminded how to do simple addition and subtraction with vectors. Let’s go ahead and specify a couple vectors that we can work with. Vector In MATLAB: >>A = [1 2 4]; Vector [...]
Tags: adding vectors, subtracting vectors, vectors