APPARC deliverables

PCA2

F.X. Roux
Structural Analysis Problems with Direct Solvers

PCA3a

P. d'Anfray, F. Rogier, and T. Priol
Particle Methods for Boltzmann Equations with Virtual Shared Memory

PCA3b

L. Wolters, G. Cats, and N. Gustafsson
A Massively Parallel Implementation of a Numerical Weather Forecast Model

PCA4

E. Briere de l'Isle, P. Leca, and P. Weidner
The APPARC Test Matrices

PCA5

R. Knecht and G.A. Kohring
Parallelizing Distinct Element Simulations

PaA2

S.M. Balle, P.C. Hansen, and N.J. Higman
A Strassen-Type Matrix Inversion Algorithm

PaA3a

A. Basermann, P. Weidner, P.C. Hansen, T. Ostromsky, and Z. Zlatev
Alternative Linear Algebra Routines

PaA3b

A. Basermann, C. Schelthoff, and P. Weidner
Optimized Kernels for the Solution of Partial Differential Equations on Distributed Memory Machines

PaA4

F.-X. Roux and J.P. Geschiere
Domain Decomposition Techniques for Solving Linear Systems

PaA5a

A. Basermann, M. Buecker, P.C. Hansen, R.M. Larsen, and P. Weidner
Parallel Iterative Methods for Nonsymmetric Large-Scale Problems

PaA5b

A.C.N. van Duin, H.A.G. Wijshoff, P.C. Hansen, T.T. Ostromsky, and Z.I. Zlatev
Improving the Numerical Stability and the Performance of a Parallel Sparse Solver

PaA6a

Z.I. Zlatev, J. Wasniewski, P.C. Hansen, and T.T. Ostromsky
PARASPAR: A Package for the Solution of Large and Sparse Systems of Linear Algebraic Equations, on Parallel Computers with Shared Memory

PaA6b

A.C.N. van Duin and H.A.G. Wijshoff
ILU preconditioning with a fill drop strategy based on strongly connected components

PSE2

T.S. Papatheodorou, G.E. Kalamaras, K.N. Pantazopoulos, and E.D. Polychronopoulos
Object Oriented Knowledge Frameworks and Machine Independent Environments

PSE4

T.S. Papatheodorou
Intermediate Language/Compiler

PSE6a

R. van Engelen, L. Wolters, and G. Cats
Ctadel: A Generator of Efficient Code for PDE-based Scientific Applications

PSE6b

T.S. Papatheodorou, M.D. Koulisianis, E.D. Polychronopoulos, D.S. Nikolopoulos, and O.I. Pyrovolakis
Problem Solving Environment and Demonstrator of Graphical User Interfaces and a Very High Level Language

PME1

A.D. Malony and H.A.G. Wijshoff
Perturbation Analysis as a Basis for Parallel System Performance Evaluation

PME2

O. Temam, C. Fricker, E. Granston, and W. Jalby
Cache Performance Analysis

PME3

O. Temam, C. Fricker, and W. Jalby
Cache Interference Phenomena

PME4a

D.F. Snelling, S. Hooton and J. Gurd
Architectural Simulation

PME4b

O. Temam
Performance Analysis of Multiprocessors Memory System

PME5

E. van der Deijl, O. Temam, E. Granston, and G. Kanbier
The Cache Visualization Tool

HLL1

R.H. Perrott and Adib Zarea-Aliabadi
Review of Existing Language Proposals for Programming Distributed Memory MIMD Systems

HLL2

R.H. Perrott and Adib Zarea-Aliabadi
Analysis of Applications

HLL3

R.H. Perrot and A. Zarea-Aliabadi
Identification of Abstractions

HLL4

R.H. Perrot and A. Zarea-Aliabad
Parallel Computational Models and High Level Programming Abstractions

HLL5

R.H. Perrot and A. Zarea-Aliabad
Incorporation of Abstractions Within Current Approaches - Using Fortran 90 As A Binding Parallel Programming Model

HLL6

R.H. Perrot and A. Zarea-Aliabad
Implementation Techniques

CoD1

C. Eisenbeis, O. Temam, and H. Wijshoff
Exact Quantitative Dependence Analysis

CoD2

F. Bodin, C. Eisenbeis, W. Jalby, T. Montaut, P. Rabain, and D. Windheiser
Symbolic Analysis of Data Locality

CoD3

F. Bodin, W. Jalby, A. Seznec, M. O'Boyle and G. Hedayat
Management of Data Transfers/Data Allocation

CoD4

H. Wijshoff, A. Bik, P. Knijnenburg, J. Torres, and E. Ayguade
Advanced Compiler Transformations

CoD5a

F. Bodin, L. Kervella, and M. O'Boyle
Restructuring Compilers for Data Locality Optimization and Handling Complex Data Structures

CoD6

R. Berrendorf and M. Gerndt
Compiling Data Parallel Languages for Shared Virtual Memory Systems

OpS2

R. Berrendorf, M. Gerndt, Z. Lahjomri, T. Priol, and P. d'Anfray
Evaluation of Numerical Applications running with Shared Virtual Memory

OpS4a

S. Girona, T. Cortes, J. Labarta, V. Pillet, A. Perez, and E. Lopez
Resource Management Policies

OpS4b

R. Berrendorf and T. Priol
Performance Analysis Tools for SVM Architectures

OpS6

R.W. Ford, A.P. Nisbet, J.M. Bull, M. Hahad, J. Erhel, and T. Priol
Compile Time and Run Time Analysis for Managing Shared Virtual Memory

HwA1

M. Valero, T. Lang, M. Peiron, Ed. Ayguade, J.M. Llaberia, and JJ. Navarro
Reduced Memory Latency for Regular Data Access

HwA2

Montse Peiron, Mateo Valero, Eduard Ayguade, and Tomas Lang
Special Memory Interleaving Schemes

HwA3

D.F. Snelling, A. Niessen, W. Jalby, and M. Valero
In Memory Computation

HwA4

J.J. Navarro, T. Lang, T. Juan, J. Gallardo, E. Garcia, O. Temam, C. Fricker, Y. Jegou, W. Jalby, and D. Snelling
Memory Organization and Managements for Linear Algebra Computations

HwA5a

D.F. Snelling
Architectural Support for Sparse Matching

HwA5b

E. Garcia, J.L. Larriba--Pey, J.R. Herrero, T. Juan, J.J. Navarro, and T. Lang
Multilevel Blocking and Prefetching for Linear Algebra Computations

HwA6

D.F. Snelling, O. Temam, N. Drach, T. Juan, D. Royo, J.J. Navarro, A. Gonzalez, C. Aliagas, and M. Valero
Advanced Caching Mechanisms