PROGRAMME
TYPICAL DAILY SCHEDULE:
Morning session: 9:00 - 12:30 (with ½ hour break, 1.5 + 1.5 hr or 2 +1 hrs)
Afternoon session: 14:30 - 18:00 (same set-up as the mornings)
Computer labs: they will deal with time series analysis, simple dynamical models and intermediate models.
Monday (June 8th)
Morning
(M. Ghil, 2 hr)
Computer lab (intro. to the software, dynamical systems)
Afternoon
(C. Holloway, 2 hr)
Computer lab (intro. to the software, time series analysis)
Tuesday (June 9th)
Morning
(H. Dijkstra, 1.5 hr)
(H. Le Treut, 1.5 hr)
Afternoon
(E. Tzipermann, 1.5 hr)
(M. Ghil, 1.5 hr)
(dynamical systems, H. Dijkstra, 1 hr.)
Wednesday (June 10th)
Morning
(C. Holloway, 1.5 hr)
(E. Tziperman, 1.5 hr)
Afternoon
Free ()
Thursday (June 11th)
Morning
Introduction to random dynamical systems (M. Chekroun, 1.5 hr)
(M. Ghil + D. Kondrashov, 1.5 hr)
Afternoon
(Z. Rácz, 1.5 hr)
(dynamical systems, H. Dijkstra, 2 hr)
Friday (June 12th)
Morning
(H.A. Dijkstra, 1.5 hr)
(T.N. Palmer, 1.5 hr)
Afternoon
(with 2-3 minute oral introduction each)
Saturday (June 13th)
Morning
(time series analysis, D. Kondrashov)
Afternoon
Free
Sunday (June 14th)
Full-day excursion:
Monday (June 15th)
Morning
(D. Randall, 1.5 hr)
Uncertainty, information and decision support (L. Smith, 1.5 hr)
Afternoon
(K. Fraedrich, 1.5 hr)
(I. M. Janosi et al, 30 min.)
(time series analysis, D. Kondrashov)
Evening
Panel discussion about uncertainties (20:30-22:00)
Tuesday (June 16th)
Morning
(J.H. Christensen, 1.5 hr)
(L. Sushama, 1.5 hr)
Afternoon
(A. Horanyi et al., 1.5 hr)
(J. Bartholy et al., 30 min.)
(P. Kiss et al., 30 min)
Wednesday (June 17th)
Morning
Overall discussion and conclusions (1.5 hr)