Past | Mathematical Institute

Tue, 06 Jun 2006
12:00

MHV rules from the Yang-Mills Lagrangian

Paul Mansfield

(Durham)

Mon, 05 Jun 2006
17:00

The Bernstein problem for intrinsic graphs in Heisenberg groups

Francesco Serra Cassano

(Trento)

Mon, 05 Jun 2006
15:45

DH 3rd floor SR

Multi-scaling of the $n$-point density function for coalescing Brownian motions

Dr Oleg Zaboronski

(University of Warwick)

Abstract

\\common\dfs\htdocs\www\maintainers\reception\enb\abstracts\stochastic-analysis\tt06\zaboronski

Mon, 05 Jun 2006
15:45

Snowflake geometry, Perron-Frobenius exponents, and isoperimetric space

Martin Bridson

(Imperial College, London)

Mon, 05 Jun 2006
14:15

DH 3rd floor SR

On 2 and 3-dimensional Navier-Stokes equations

Dr. Zhongmin Qian

(Oxford)

Mon, 05 Jun 2006
14:15

Holomorphic generating functions for invariants counting sheaves on Calabi-Yau-3-folds

Dominic Joyce

(Oxford)

Mon, 05 Jun 2006
10:45

Calabi-Yau orbi-crystals

Dr. Balazs Szendroi

(Oxford)

Fri, 02 Jun 2006
14:15

DH 3rd floor SR

Dynamic instability in a phenomenological model of correlated assets

Matteo Marsili

(ITCP)

Fri, 02 Jun 2006
11:00

DH 3rd floor SR

Experimental observation of martensite-to-austenite transitions in SMAs induced by a thermal gradient

Hanus Seiner

(Academy of Sciences of the Czech Republic)

Thu, 01 Jun 2006
16:30

DH 1st floor SR

A law of motion for spiral waves in the complex Ginzburg-Landeau equation

Maria Aguareles

(Barcelona)

Thu, 01 Jun 2006
16:15

Fisher Room

Conventional and hybrid mesons in the flux tube model

Timothy Burns

(Oxford)

Thu, 01 Jun 2006
16:00

A variance associated with the distribution of sequences in arithmetic progressions

Joerg Bruedern

(Stuttgart)

Thu, 01 Jun 2006
14:30

Generalising perfect isometries

Charles Eaton

(University of Manchester)

Thu, 01 Jun 2006

14:00 - 15:00

Comlab

Recent activities in automatic differentiation and beyond

Prof Christian Bischof

(RWTH)

Abstract

In this talk, we report on recent activities in the development of automatic differentiation tools for Matlab and CapeML, a common intermediate language for process control, and highlight some recent AD applications. Lastly, we show the potential for parallelisation created by AD and comment on the impact on scientific computing due to emerging multicore chips which are providing substantial thread-based parallelism in a "pizza box" form factor.