About
These new courses (designed in conjunction with our new MSc Complexity Science) are designed for postgraduate students (perhaps early in their PhD studies or on masters courses) and industrial employees wishing to learn about the principles and challenges of complexity in natural and engineered systems.
The courses are designed to addresses the critical challenges currently facing the computational and engineering industries by focusing on the underlying principles of complexity in common with biological systems. Emphasis is placed on two complementary objectives. You will learn how to use advanced techniques to understand the robust, adaptive and self-organising properties of biological and natural systems, and also how to exploit these properties to address the pressing problems presented by the increasing scale and connectivity of today's engineered systems. The course focuses on developing core mathematical modelling and simulation skills, providing a firm knowledge base in relevant biology, and command of established techniques in biologically inspired computing.
Related categories
Uploaded videos:
Lectures
Introduction
Feb 25, 2007
·
9208 Views
Introduction to Complexity Science
Feb 25, 2007
·
17990 Views
Engineered Complexity
Feb 25, 2007
·
5767 Views
Working with Systems
Feb 25, 2007
·
5217 Views
Engineered Complexity
Feb 25, 2007
·
5072 Views
Complexity: Scale and Connectivity
Feb 25, 2007
·
5647 Views
Adaptive Behaviour and Emergence
Feb 25, 2007
·
6630 Views
Interdisciplinarity
Feb 25, 2007
·
5060 Views
Science, Models and Theories
Feb 25, 2007
·
6647 Views
Simulation Modeling: Issues - Part 1
Feb 25, 2007
·
6292 Views
Simulation Modeling - Part 2
Feb 25, 2007
·
4223 Views
Simulation Modeling: Examples
Feb 25, 2007
·
11832 Views
Designing a Simulation Model
Feb 25, 2007
·
6044 Views
Simulation Modeling: Hints and Tips
Feb 25, 2007
·
4501 Views
Simulation Modeling: Group Work
Feb 25, 2007
·
3987 Views
Plains, Brains and Automobiles
Feb 25, 2007
·
4343 Views
An Introduction to Network Theory and Spatial Networks
Feb 25, 2007
·
7914 Views
The Geography of Scientific Productivity: Scaling in U.S. Computer Science
Feb 25, 2007
·
3898 Views
Maapping European Research Networks
Feb 25, 2007
·
3157 Views
Constructing a Framework for the Analysis of Complex Geographical Systems
Feb 25, 2007
·
2817 Views
Understanding Spatiality
Feb 25, 2007
·
4642 Views
Understanding Spatiality in the Brain or: does Spatiality matter?
Feb 25, 2007
·
3128 Views
Exploring Spatially Embedded Artificial Neural Networks
Feb 25, 2007
·
8348 Views
Air Traffic Control: Issues
Feb 25, 2007
·
4655 Views
Adaptive Modelling via Pattern Analysis and the Kernel Methods approach
Feb 25, 2007
·
5593 Views
Physical Substrates
Feb 25, 2007
·
3283 Views
Random Walks
Feb 25, 2007
·
5461 Views
Random Exploration and Stabilisation of Cellular Architecture
Feb 25, 2007
·
2791 Views
Probabilistic and Bayesian Modelling I
Feb 25, 2007
·
17486 Views
Robustness and Adaptation in Biochemical Networks of Bacterial Chemotaxis
Feb 25, 2007
·
3387 Views
Rectifaying Fluctuations
Feb 25, 2007
·
2789 Views
Probabilistic and Bayesian Modelling II
Feb 25, 2007
·
6098 Views
Organisational Resources in Biological System
Feb 25, 2007
·
2929 Views
Evolution of Complexity
Feb 25, 2007
·
4206 Views
Evolutionary Algorithms
Feb 25, 2007
·
15082 Views
Evolution and Evolvability
Feb 25, 2007
·
3737 Views
Optimisation
Feb 25, 2007
·
4735 Views
Coevolution
Feb 25, 2007
·
3514 Views
Coevolution in EC 1
Feb 25, 2007
·
3107 Views
Coevolution in EC 2
Feb 25, 2007
·
2843 Views
Analysis of Dynamics
Feb 25, 2007
·
3281 Views
Evolution of Sex
Feb 25, 2007
·
7604 Views
Sex in Evolutionary Biology and Evolutionary Computation
Feb 25, 2007
·
3621 Views
Origins of Sex
Feb 25, 2007
·
4171 Views
Modularity
Feb 25, 2007
·
3138 Views
Sex and Units of Selection
Feb 25, 2007
·
3919 Views
Compositional Evolution
Feb 25, 2007
·
3764 Views
Fitness Landscapes
Feb 25, 2007
·
3505 Views
Probing Landscapes
Feb 25, 2007
·
2850 Views