We introduce MADELEINE, a communication interface specifically designed to support distributed, multithreaded applications in both a portable and efficient way. Thanks to its new API, MADELEINE can implement RPC operations without any extra copy with respect to the underlying protocol. MADELEINE can thus achieve very good performance on a variety of protocols (MPI, TCP, BIP, VIA, etc.) and networks (Fast-Ethernet, Myrinet, SCI, etc.). MADELEINE serves as a building block for the multithread programming environment PM2. We provide detailed experimental results for each representat- ive implementation and discuss a number of possible improvements
International audienceThe current trend in clusters leads towards an increase of the number of cores...
Abstract. In this paper we present some implementation details of a programming model – pCoR – that ...
In this paper we present ToCL a thread oriented communication library specially designed to fully ex...
This paper introduces Madeleine II, an adaptive multi-protocol extension of the Madeleine portable c...
This paper introduces Madeleine II, a new adaptive and portable multi-protocol implementation of the...
This paper introduces Madeleine II, a new adaptive and portable multi-protocol implementation of the...
This paper introduces Madeleine II, a new adaptive and portable multi-protocol implementation of the...
Theme 1 - Reseaux et systemes - Projet ReMaPSIGLEAvailable from INIST (FR), Document Supply Service,...
This paper introduces Madeleine II, a new adaptive and portable multi-protoco- l communication libra...
This paper introduces the new version of the Madeleine portable multi-protocol communication library...
This report introduces a version of MPICH handling efficiently different networks simultaneously. Th...
(eng) This report introduces a version of MPICH handling efficiently different networks simultaneous...
The communication behaviors of asynchronous many-task systems are usually irregular and happen in a ...
Recent developments in network, CPU, and memory technologies have made possible the conception and r...
We present MPWide, a light weight communication library which allows efficient message passing over ...
International audienceThe current trend in clusters leads towards an increase of the number of cores...
Abstract. In this paper we present some implementation details of a programming model – pCoR – that ...
In this paper we present ToCL a thread oriented communication library specially designed to fully ex...
This paper introduces Madeleine II, an adaptive multi-protocol extension of the Madeleine portable c...
This paper introduces Madeleine II, a new adaptive and portable multi-protocol implementation of the...
This paper introduces Madeleine II, a new adaptive and portable multi-protocol implementation of the...
This paper introduces Madeleine II, a new adaptive and portable multi-protocol implementation of the...
Theme 1 - Reseaux et systemes - Projet ReMaPSIGLEAvailable from INIST (FR), Document Supply Service,...
This paper introduces Madeleine II, a new adaptive and portable multi-protoco- l communication libra...
This paper introduces the new version of the Madeleine portable multi-protocol communication library...
This report introduces a version of MPICH handling efficiently different networks simultaneously. Th...
(eng) This report introduces a version of MPICH handling efficiently different networks simultaneous...
The communication behaviors of asynchronous many-task systems are usually irregular and happen in a ...
Recent developments in network, CPU, and memory technologies have made possible the conception and r...
We present MPWide, a light weight communication library which allows efficient message passing over ...
International audienceThe current trend in clusters leads towards an increase of the number of cores...
Abstract. In this paper we present some implementation details of a programming model – pCoR – that ...
In this paper we present ToCL a thread oriented communication library specially designed to fully ex...