Christian Pérez

Extensibility and Composability of a Multi-Stencil Domain Specific Framework
Combining Both a Component Model and a Task-based Model for HPC Applications: a Feasibility Study on GYSELA
COMET: A High-Performance Model for Fine-Grain Composition
The Multi-Stencil Language: orchestrating stencils with a mesh-agnostic DSL
From DSL to HPC Component-Based Runtime: A Multi-Stencil DSL Case Study
A low level component model easing performance portability of HPC applications
Towards Scalable Data Management for Map-Reduce-based Data-Intensive Applications on Cloud and Hybrid Infrastructures
A Low Level Component Model Enabling Performance Portability of HPC Applications
A Low Level Component Model enabling Resource Specialization of HPC Applications
Towards Scalable Data Management for Map-Reduce-based Data-Intensive Applications on Cloud and Hybrid Infrastructures
On Model-Driven Engineering to implement a Component Assembly Compiler for High Performance Computing
High Performance Composition Operators in Component Models
L²C
Enabling Connectors in Hierarchical Component Models
Enabling Connectors in Hierarchical Component Models
HLCM
Increasing Reuse in Component Models through Genericity
A Generic Model Driven Methodology for Extending Component Models
Increasing Reuse in Component Models through Genericity
On Abstractions of Software Component Models for Scientific Applications
Enabling collective communications between components