I: Programming Complexity of SAMR Algorithms.- Systems engineering for high performance computing software: The HDDA/DAGH infrastructure for implementation of parallel structured adaptive mesh.- HAMR: The hierarchical adaptive mesh refinement system.- AMR++: A design for parallel object-oriented adaptive mesh refinement.- RSL: A parallel runtime system library for regional atmospheric models with nesting.- Software abstractions and computational issues in parallel structured adaptive mesh methods for electronic structure ...
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I: Programming Complexity of SAMR Algorithms.- Systems engineering for high performance computing software: The HDDA/DAGH infrastructure for implementation of parallel structured adaptive mesh.- HAMR: The hierarchical adaptive mesh refinement system.- AMR++: A design for parallel object-oriented adaptive mesh refinement.- RSL: A parallel runtime system library for regional atmospheric models with nesting.- Software abstractions and computational issues in parallel structured adaptive mesh methods for electronic structure calculations.- Structured adaptive mesh refinement using high performance fortran.- II: Applicability and Numerical Challenges of SAMR Methods.- The dynamics of localized coherent structures and the role of adaptive software in multiscale modeling.- Progress, results, and experiences in developing an adaptive solver for steady state turbulent reacting flows in industrial boilers and furnaces.- Making arbitrarily small black holes: Experiences with AMR in numerical relativity.- A hybrid AMR application for cosmology and astrophysics.- List of Participants.
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