A Computational Approach to TSP Performance Prediction Using Data Mining

A Fault-Tolerant Cache Service for Web Search Engines

A Fault-Tolerant Cache Service for Web Search Engines: RADIC Evaluation

A Tool for Selecting the Right Target Machine for Parallel Scientific Applications

Active learning processes to study memory hierarchy on Multicore systems

An approach for an efficient execution of SPMD applications on Multi-core environments

An assessment of multi-core for a performance prediction model of tomographic reconstruction

Analytical Performance Prediction for Iterative Reconstruction Techniques in Electron Tomography of Biological Structures

Efficient Execution of Scientific Computation on Geographically Distributed Clusters

Enhanced Method for the Signature Adaptability to the Application Behavior

Extracting Knowledge to Predict TSP Asymptotic Time Complexity

Extraction of Parallel Application Signatures for Performance Prediction

Fault tolerance at system level based on RADIC architecture

Functional Tests of the RADIC Fault Tolerance Architecture

Graduate students learning strategies through research collaboration

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How SPMD applications could be efficiently executed on multicore environments?

Impact of parallel programming models and CPUs clock frequency on energy consumption of HPC systems

Improving Probe Usability

Increasing the availability provided by RADIC with low overhead

Increasing the cluster availability using RADIC

Learning parallel programming: a challenge for university students

Methodology for Performance Evaluation of the Input/Output System on Computer Clusters

Modeling Parallel Scientific Applications through their Input/Output Phases

PAS2P Tool, Parallel Application Signature for Performance Prediction

Parallel application signature

Performance Behavior Prediction Scheme for Shared-Memory Parallel Applications

Providing Non-stop Service for Message-Passing Based Parallel Applications with RADIC

RADIC Based Fault Tolerance System with Dynamic Resource Controller

Saving Time in a Program Robustness Evaluation

Software Probes: A Method for Quickly Characterizing Applications' Performance on Heterogeneous Environments

Software probes: towards a quick method for machine characterization and application performance prediction

TSP Performance Prediction Using Data Mining

Teaching Model for Computational Science and Engineering Programme

scholarly article by Hayden Stainsby et al published 2009 in Lecture Notes in Computer Science

Transparent Fault Tolerance Solution at Socket Level Based on RADIC

Transparent fault tolerance middleware at user level

Tuning SPMD Applications in Order to Increase Performability

What is Missing in Current Checkpoint Interval Models?

article published in 2011