Richard Taylor
Assistant Professor
Thompson Rivers University
Office:
FAA 32
Phone: 250-371-5987
Email: rtaylor@tru.ca
   


About Me

Curriculum Vitae
Where I am, what I'm doing, what I've done.
Background and Publications
More academic specifics.
Weekly schedule
When and where I am this term.

Teaching (Winter 2010)

MATH 114
Calculus I.
MATH 224
Differential Equations I.
MATH 499
Mathematics Demonstrations (Special Topics).
A LaTeX class for TRU theses
If you're using LaTeX to typeset your Honours thesis (you are, aren't you?) then you want this.

Research

Dynamical systems and ergodic theory
An all-purpose description of my major research projects.
Approximating Chaotic Saddles for Delay Differential Equations
Preprint of some recent work on numerical analysis of transient chaos in DDEs.
Probabilistic Properties of Delay Differential Equations
Full text of my PhD thesis.
Chaotic transport through the solar system
Slides from a talk I gave a few times in 2006. Also my first experiment with Prosper.
Tablix
Implementation of a genetic algorithm for scheduling optimization. I've contributed some code to this project and used it to optimize the course schedule at Okanagan College and the job rotations in the laboratory at Royal Inland Hospital.
R Project for Statistical Computing
"R" is a high-level scripting language for numerical and graphical work, somewhat like Octave or Matlab. It's free and open source. All the images shown here were made with the help of R.

Images

Miscellaneous Images
My research often leads to interesting images. Some of these are my takes on well-known examples; some are my originals. Click the thumbnails for details and (mostly inadequate) explanations.
Basins of attraction for a magnetic pendulum
Some nice images of basins of attraction for a 3D pendulum suspended over magnets.
Strange attractor for a periodically forced pendulum
A classic. More fractal images and psychedelic animations.
Newton's Method
Fractals show up when Newton's method is used to find complex roots of a polynomial. Another classic.
Basins of attraction for delay differential equations
I've found transient chaos and fractal basins in some delay differential equations. Pretty pictures.

External Links

MathWorld
An extensive mathematical reference. I use this a lot.
Wikipedia
The open free encyclopedia. Related articles on dynamical systems, chaos and ergodic theory.
Ubuntu
My operating system of choice.