First European Workshop on AD

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Programme of the First Euro AD Workshop

Thursday, April 14, 2005

10⁰⁰ –10⁴⁵ Coffee
10⁴⁵ –11⁰⁰ Welcome and introduction
11⁰⁰ –12³⁰ Session 1: Tool Development and Analysis
1. Mike Fagan (Rice University)
  Current status of Adifor 90
2. Jean Utke (Argonne National Lab)
  Automatic checkpoints and adaptive reversal schemes
3. Benjamin Dauvergne (INRIA Sophia-Antipolis)
  Adjoint Data-Flow analyses applied to checkpointing
12³⁰ –14⁰⁰ Lunch
14⁰⁰ –15³⁰ Session 2: AD in MATLAB
1. Siegfried Rump (TU Harburg)
  Gradients and Hessians in INTLAB, the Matlab toolbox for verified computations
2. Shaun Forth (Cranfield University (Shrivenham Campus))
  Developments in the MAD package
3. Rahul Kharche (Cranfield University)
  Progress with MATLAB Source transformation AD (MSAD)
15³⁰ –16⁰⁰ Coffee break
16⁰⁰ –17⁰⁰ Session 3: AD of Large Applications
1. Mohamed Tadjoudine (Cranfield University (Shrivenham Campus))
  Differentiating a time-dependent CFD solver
2. Ralf Giering (FastOpt)
  Fortran codes recently differentiated by means of TAF
3. Michael Vossbeck (FastOpt)
  Two automatically generated adjoint C codes
19⁰⁰ Dinner

Friday, April 15, 2005

9⁰⁰ –10³⁰ session 4: tool development
1. Boyana Norris (Argonne National Lab./MCS)
  Current status of ADIC 2.0
2. Brad Bell (Applied Physics Laboratory, University of Washington)
  Using Fortran Code with C++ Algorithmic Differentiation Types
3. Trond Steihaug (U. Bergen & HU Berlin)
  Trust Region with a Cubic Model
10³⁰ –11⁰⁰ Coffee break
11⁰⁰ –12³⁰ session 5: Second Derivatives
1. Andreas Griewank (T.U. Berlin)
  Definition and Evaluation of projected Hessians for Piggyback Optimization
2. Arno Rasch (RWTH Aachen)
  The Hessian Module: Status and Future Perspectives
3. Jan Riehme (T.U. Berlin)
  2nd-order derivatives with ADTAGEO
12³⁰ –14⁰⁰ Lunch
14⁰⁰ –15³⁰ Session 6:
1. Mike Giles & Devendra Ghate (Oxford University)
  Using adjoints for inexpensive Monte Carlo uncertainty analysis
2. Monika Petera (RWTH Aachen)
  ADiCape in a large-scale industrial problem
3. Sebastian Heinz (T.U. Berlin)
  AD viewed from algebraic complexity
15³⁰ Coffee and close

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