| PetaSIM was designed to allow "qualitative" performance estimates" where in particular the design of machine is particularly easy to change |
| The project will build up a suite of applications which can be used in future activities such as "Petaflop" architectures studies |
| Applications are to be derived "by hand" or by automatic generation from Maryland Application Emulators |
| Special attention to support of hierarchical memory machines and data intensive applications |
| Support parallelism and representation at different grain sizes |
| Support simulation of "pure data-parallel" and composition of linked modules |
001 A Performance Estimator --- PetaSIM and its relationship to
Application Emulators
002 PetaSIM Motivation
003 PetaSIM Interpolates Between
004 PPT Slide
005 PPT Slide
006 PPT Slide
007 PetaSIM Design
008 Architecture of PetaSIM
009 IBM SP2 Architecture I used in tests
010 IBM SP2 Architecture II used in tests
011 Nodeset Object Structure
012 Linkset Object Structure
013 Distribution Object Structure
014 Execution Script
015 Dataset Object Structure
016 Jacobi Example -- Nodeset I
017 Jacobi Example -- Nodeset II
018 Jacobi Example -- Linkset I
019 Jacobi Example -- Linkset II
020 Jacobi Example
021 Jacobi Example -- Execution Script I
022 Jacobi Example -- Execution Script II
023 Pathfinder Performance Estimation Results (Architecture II)
024 Pathfinder Performance Estimation Results
025 Pathfinder Estimation Results II
026 PetaSIM Estimation Results (Architecture I)
027 Interface between Emulator and PetaSIM Part of Pathfinder
Application
028 Interface between Emulator and PetaSIM -- Pathfinder
029 Interface between Emulator and PetaSIM -- Pathfinder
030 Interface between Emulator and PetaSIM Pathfinder
031 Titan Estimation Results (Architecture II)
032 Titan Estimation Results (Fixed)
033 VMScope Performance Estimation Results (Architecture II)
034 PetaSIM Current Progress Summary
035 Possible Future Work