 |
Mr Lee J Eccleston
Previous Member
| Telephone: | 01223 339222 |
| Fax: | 01223 332662 |
| email: | lje29@cam.ac.uk |
| Personal Homepage: | |
| Office Location: | BN4-85 (Fallside Control Lab) |
|
|
| Background |
I graduated from Robinson College, Cambridge in July 2006 with a Master’ s degree in Engineering and a Bachelor’ s degree (with honours) in Information and Computer Engineering. My final year project focused on Systems Biology. The aim of the project was to produce a mathematical model of a genetic, positive-feedback loop. The predictions generated by this model were then compared to data collected by a collaborator’ s laboratory. We found that the positive-feedback loop, when analysed stochastically is sufficient to cause the phenomenon known as Digital Expression.
|
| Research Overview |
As the 2006 recipient of the MathWorks Scholarship, I am now continuing my research into system theoretic approaches to genetic regulation systems and interaction networks in general. My current focus is an investigation into the properties of the Dynamical Structure Function of a dynamic system. The DSF is a factorisation of the systems transfer function and can be used to give necessary and sufficient conditions for the internal structure of a dynamical system to be found. We are examining the robustness of the factorisation with respect to perturbations on the transfer function.
|
| Teaching |
Easter 2008
Demonstrator Part IIA Lab: Atomic Force Microscope
Lent 2007
Supervisor Part IB: Paper 6 (Signal and Data Analysis)
Supervisor Paper 3F2: Systems and Control
Michaelmas 2007
Supervisor Part IB: Paper 6 (Linear Systems and Control)
Demonstrator Part IB Lab: Shower Temperature Control
Easter 2007
Demonstrator Part IIA Lab: Atomic Force Microscope
Lent 2007
Supervisor Paper 3F2: Systems and Control
Michaelmas 2006
Demonstrator Part IB Lab: Position Control (the ’ Ball and Beam’ experiment)
|
![[Dept of Engineering]](http://www.eng.cam.ac.uk/images/house_style/engban-s.gif)
