糖心TV

Skip to main content Skip to navigation

糖心TV Complexity Science Events

Complexity Centre and MathSys CDT events carry priority over room D1.07.

To book D1.07 please email Sheetal dot Sharma at warwick dot ac dot uk

Please note that your event booking is for D1.07 only. The adjacent common room is a private area for the MathSys Centre that cannot used as part of your booking.

Wednesday, November 02, 2016

Select tags to filter on
Tue, Nov 01 Today Thu, Nov 03 Jump to any date

How do I use this calendar?

You can click on an event to display further information about it.

The toolbar above the calendar has buttons to view different events. Use the left and right arrow icons to view events in the past and future. The button inbetween returns you to today's view. The button to the right of this shows a mini-calendar to let you quickly jump to any date.

The dropdown box on the right allows you to see a different view of the calendar, such as an agenda or a termly view.

If this calendar has tags, you can use the labelled checkboxes at the top of the page to select just the tags you wish to view, and then click "Show selected". The calendar will be redisplayed with just the events related to these tags, making it easier to find what you're looking for.

 
-
Export as iCalendar
MSc Student Meeting
D1.07 Complexity Science

Heather Robson

Stefan Grosskinsky

-
Export as iCalendar
Computational Techniques Seminar (see website)

Magnus Richardson

-
Export as iCalendar
Complexity Forum: Maximilien Gadouleau (Durham)
D1.07 Complexity Science

An introduction to the theory of Finite Dynamical Systems

We are interested in complex networks of interacting entities (such as genes, neurons, persons, computers, etc.), where each entity has a finitely valued state and a function which updates the value of the state. Since entities influence each other, this local update function depends on the states of some of the entities. Such a network is called a Finite Dynamical System (FDS). The main problem when studying an FDS is to determine its dynamics given a limited knowledge of it; for instance, we may only know the interaction graph, i.e. which entities influence each other. In this talk, we will review some of the seminal results in the theory of FDSs and focus on the maximisation of images and periodic points for a given interaction graph.

-
Export as iCalendar
PhD group meeting
D1.07 Complexity Science/Common Room

Gareth Alexander

Magnus Richardson

Placeholder

Let us know you agree to cookies