Modelling Research Group

Meetings take place every Monday at 11:00 in the Social Science Hub of the Arts, Humanities and Social Sciences Research Building.

Schedule

DateSpeaker 1Speaker 2
1 June Shane Burns Paul Greaney
8 June Artur Gower Shane Burns
15 June Richard Burke Artur Gower
22 June Paul Greaney John Donohue


Previous Seminars

11/05/15John Donohue - SIAM DS15 Practice Talk
Richard Burke - Modified PDEs
27/04/15Paul Greaney - Assumptions and parameters for nanoparticle toxicity
John Donohue - Collapses in migratory populations
20/04/15Artur Gower - The Mathematics of Paths in GO
Richard Burke - End of the Envelopes
23/03/15John Donohue - BAMC Talk
Shane Burns - BAMC Talk
16/03/15Richard Burke - More flocking
Paul Greaney - Age-structured models
02/03/15Artur Gower - GO AI II
John Donohue - Generalist predation on seasonal migrants II
23/02/15Paul Greaney - An Age-Structured Model for Nanoparticle Toxicity
Shane Burns - Dynamics of a slender rod impacting a periodically-oscillating surface: II
16/02/15John Donohue - Generalist predation on seasonal migrants
Richard Burke - Flocking
09/02/15Artur Gower - GO AI
Shane Burns - Dynamics of a slender rod impacting a periodically-oscillating surface: I
08/12/14Paul Greaney - A Mechanical Model for Nanoparticle Uptake
01/12/14Eoghan Staunton - Node Growth II
Richard Burke - Envelopes
24/11/14John Donohue - Seasonal migration as a survival mechanism
Shane Burns - Rigid-body velocity changes: Choosing an independent variable I
17/11/14Paul Greaney - Modelling Cellular Uptake of Nanoparticles
Artur Gower - Programming Intelligence
10/11/14Eoghan Staunton - Node Growth
Richard Burke - Finding envelopes
03/11/14Shane Burns - Rigid-body impact with friction
Paul Greaney - Modelling Nanoparticle Uptake and Toxicity
24/10/14John Donohue - Density-dependent compensation in newborn birds
Artur Gower - A General Criteria for Intelligence and Applications to AI
17/10/14Eoghan Staunton - Spatial Network Growth and Development Economics
Richard Burke - Loads of envelopes
10/10/14John Donohue - Climate change effects on a real population
Shane Burns - Impacts with friction
02/10/14Paul Greaney - Introduction to Flow Cytometry
Artur Gower - Oblique Wrinkles
25/09/14Eoghan Staunton - Spatial Network Growth and Development Economics
Richard Burke - Evolving networks - an introduction
18/09/14John Donohue - Predation and seasonal migration
Shane Burns - Impacts with friction


Previous Seminars 2013-14

23/05/14Shane Burns - Model considerations for impacts with friction
16/05/14Kevin Doherty - Further Applications of the Autophosphorylation Model
John Donohue - Seasonality and reproductive success
09/05/14Eoghan Staunton - The impact of the skill-space
Richard Burke - Error envelopes
02/05/14Shane Burns - The early history of impact mechanics
Artur Gower - Using an on board camera to track a train's motion
11/04/14John Donohue - Optimal timing of breeding decisions
Kevin Doherty - A Four-Step Model of Aurora B Activation
26/03/14Eoghan Staunton - A Basic Spatial Network Model of Economic Development II
Richard Burke - Gain Evolutions: Local and Global
19/03/14John Donohue - Adaptations to climate change in migrant populations II
Shane Burns - Chattering considerations for the case of a slender rod with impact and friction II
12/03/14Eoghan Staunton - A Basic Spatial Network Model of Economic Development I
Kevin Doherty - A Two-Step Model of Aurora B Activation
05/03/14Richard Burke - Network Gain Evolutions
26/02/14Kevin Doherty - Autophosphorylating Proteins
19/02/14Shane Burns - Chattering considerations for the case of a slender rod with impact and friction I
John Donohue - Adaptations to climate change in migrant populations I
12/02/14Eoghan Staunton - Spatial Economic Development: A Network Theory Approach
Peter White - A simple data assimilation problem in 2 dimensions
05/02/14Artur Gower - Intro to Residually Stressed Solids
Richard Burke - A network evolution model
29/01/14John Donohue - Seasonal migration models
Shane Burns - Impacts with friction
06/12/13Kevin Doherty - Autophosphorylation Kinetics
Shane Burns - Magnetic Bearings
29/11/13Kevin Doherty - Cell biology
John Donohue - Seasonal breeding and climate change
22/11/13Richard Burke - Counting triangles
Peter White - Data Assimilation for a Gaussian Pulse
15/11/13Shane Burns - The Painlevé Paradox revisited
Eoghan Staunton - The International Trade Network in Space and Time
08/11/13Peter White - Maximum principles with finite differences
John Donohue - A switching model of seasonal migration
01/11/13Richard Burke - Network generation and metrics
Eoghan Staunton - Networks - Spatial Growth Models
25/10/13John Donohue - Modelling seasonal reproduction
Shane Burns - The Painlevé Paradox revisited
18/10/13Eoghan Staunton - Network Models in Economics
Peter White - Solving Differential Equations using Finite Difference schemes
11/10/13Shane Burns - A classification problem in impact mechanics
Richard Burke - Networks and bifurcations
04/10/13Peter White - An introduction
John Donohue - An overview of predator-prey models
27/09/13Richard Burke - Networks, dynamics and decisions
Eoghan Staunton - An introduction
17/09/13John Donohue - Seasonal migration models
Shane Burns - Impacts with friction


Previous Seminars 2012-13

25/04/13Shane Burns - Some assumptions
Kevin Doherty - DNA binding reactions
11/04/13John Donohue - A dynamical systems approach to modelling migration
Petri Piiroinen - Switching Systems IV
04/04/13Kevin Doherty - Microtubules
Martin Meere - Mathematical Modelling of Tumour Growth II
21/03/13John Donohue - Stability of periodic orbits in a PDE system
Shane Burns - An Energetic Bound on the Coefficent of Friction II
14/03/13Kevin Doherty - Aurora B
Petri Piiroinen - Switching Systems III
07/03/13Martin Meere - Mathematical Modelling of Tumour Growth I
Shane Burns - An Energetic Bound on the Coefficent of Friction
28/02/13John Donohue - The Lotka-Volterra model with seasonal migration
Petri Piiroinen - Switching Systems II
14/02/13Shane Burns - The History of Impact Mechanics II
Kevin Doherty - RNA
07/02/13John Donohue - Numerical solutions of a migrating population problem
Petri Piiroinen - Switching systems I
31/01/13Shane Burns - The early history of impact mechanics
Kevin Doherty - Protein binding reactions
24/01/13Kevin Doherty - DNA binding reactions
John Donohue - Flux and growth of a migrating population
17/01/13Shane Burns - Parameter and inertial effects of the critical impulse ratio
John Donohue - Numerical solutions to some convection-diffusion problems
14/12/12Shane Burns - The coefficient of friction II
Kevin Doherty - CENP-A Loading
05/12/12Shane Burns - The coefficient of friction I
John Donohue - Examples of seasonal migration II
28/11/12Petri Piiroinen - Filippov systems II
Kevin Doherty - Parameter estimation
23/11/12Petri Piiroinen - Filippov systems I
John Donohue - Examples of seasonal migration I
16/11/12Shane Burns - The Validity Of The Impact Laws In The Limiting Case
Kevin Doherty - CENP-A Loading
09/11/12Vishu Guttal - Computational models of collective behaviour
02/11/12Kevin Doherty - Biology by the numbers II
John Donohue - Discretization of reaction-diffusion system
26/10/12John Donohue - A reaction-diffusion approach to seasonal migration (II)
Shane Burns - Generalised Impact law for a 2D rigid body in the presence of Coulomb Friction
19/10/12Shane Burns - Comparison of Impact Laws continued
Kevin Doherty - Biology by the numbers
12/10/12Kevin Doherty - Centromere Protein-A
John Donohue - A reaction-diffusion approach to seasonal migration
05/10/12John Donohue - "The importance of being discrete"
Shane Burns - The impact law
28/09/12Shane Burns - The Painleve Paradox
Kevin Doherty - The cell cycle
21/09/12Kevin Doherty - Cell biology
John Donohue - Preliminary analysis of seasonal migration model
14/09/12John Donohue - Introduction to my research topic
Shane Burns - An introduction to impacting systems