Changeset 2411
- Timestamp:
- Feb 15, 2006, 10:27:15 AM (19 years ago)
- Files:
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- 3 edited
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documentation/planning/priorities.tex
r2382 r2411 166 166 \end{itemize} 167 167 168 168 169 \chapter{Detailed planning} 170 171 \section{Validation of ANUGA} 172 173 \subsection{Laboratory Data} 174 25 July 2005: Benchmark data from wave tank experiments were deemed suitable for 175 initial validation exercises and we should proceed with these 176 immediately using the existing acquired datasets. In addition, data 177 from vertical wall run-ups will be relevant. Andrew's letter to key 178 players regarding other existing laboratory datasets is deemed 179 extremely valuable and should go ahead. 180 181 This has now completed in the form of the Okushiri island validation 182 183 \subsection{Historical Data} 184 Andrew McPherson has contacted relevant organisations regarding sources and 185 availability of existing post-tsunami field survey data. We agreed 186 that a scenario from e.g. Banda Aceh or Thailand (Phuket) 187 demonstrating the detailed effect of bathymetric variations would be 188 an ideal study and could form the basis of a scientific paper. Matt is 189 considering whether this would fit into his research priorities. 190 191 \subsection{Other} 192 Validation against analytical solutions is well under way and 193 is considered an integral component of the validation process. 194 The same is true for the Lake Merimbula tidal validation project. 195 Stephen and Chris are looking after these. 196 197 198 \section{Potential contacts} 199 200 \begin{itemize} 201 \item Lex Nielsen from SMEC in order to explore 202 how they can get involved 203 \item Lutz Grosz from ACcESS 204 \item Tom Baldock UQ 205 \item Tariq Rahiman (tir14@student.canterbury.ac.nz, tariq@mrd.gov.fj) (Suva scenario) 206 \item Allen L. Clark PDC (aclark@pdc.org) 207 \end{itemize} 208 209 210 \section{Potential joint PhD projects (GA and ANU)} 211 Ole to investigate if GA would fund a PhD student: Project could be 212 "Algorithms for augmentation of unstructured grids" or "Algorithms for 213 unification of geodesic systems in unstructured grids" the latter 214 capturing the notion of being able to model the synoptic, deep water 215 wave propagation in latitudes and longitudes with a seemless connection 216 to detailed modelling using UTM projections. 217 A PhD scholarship is worth about \$20K per annum. 218 219 220 221 \section{Long term aim} 222 223 We agreed that having a detailed, reproducible and validated 224 inundation scenario from the Boxing Day Tsunami running in parallel 225 (and being faster than the sequential code) would be a worthwhile goal. 169 226 170 227 -
documentation/requirements/anuga_API_requirements.tex
r2409 r2411 88 88 89 89 90 \chapter{Efficiency and optimisation} 91 92 93 \section{Parallelisation of pyvolution} 94 95 96 (From ANU meeting 27/7/5) 97 98 Remaining loose ends and ideas are 99 \begin{itemize} 100 \item fluxes in ghostcells should not affect timestep computation. 101 \item a function for re-assembling model output should be made available 102 \item scoping of methodologies for automatic domain decomposition 103 \item implementation of automatic domain decomposition 104 (using C extensions for maximal sequential performance in order to minimise 105 performance penalties due to Amdahl's law) 106 \item in depth testing and tuning of parallel performane. This may require 107 adding wrappers for non-blocking MPI communication to pypar if needed. 108 \item ability to read in precomputed sub-domains. Perhaps using caching.py 109 110 \end{itemize} 90 111 91 112 92 113 \end{document} 114 115 116 117 -
inundation/wiki/ANU meeting 27072005.txt
r1651 r2411 1 1 ALL HAS BEEN MOVED TO ANUGA DOCUMENTATION - DONT EDIT 2 3 2 4 AnuGA planning meeting 27 July 2005 3 5 -----------------------------------
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