Abstract
This chapter describes and provides an example of the matrix models:
Lefkovitch model, Leslie model, Malthus model, and stability matrix models. From
these the Discrete- and Continuous-Time Markov Chain Process is introduced.
These matrix models are presented as they were historically occurring, and it is
highlighted how the matrix structure offers a simple algebraic solution to problems
involving multiple variables, where the elements of those matrices are conditional
probabilities when going from a state A (row i) to a state B (column j). Once these
matrix models have been defined and exemplified, it is shown that the eigenvalues and eigenvectors of the conditional probability matrix determine the long-term
stability matrix of the Markov Chain Process.