Add to ORKGAbstract — Network-on-Chip (NoC) based many-cores are be-coming popular due to their high scalability compared to tradi-tional bus-based architectures. However they still lack software tailored to their specificities. In this paper we propose several techniques for tailoring and combining barrier synchronizations in order to take advantage of the 2D-meshed NoCs. Experimen-tal results show that our combined barriers achieve often twice shorter delays than state of the art barriers. I
Networks-on-chip (NoCs) address the challenge to provide scalable communication bandwidth to tiled a...
International audienceParallel applications are essential for efficiently using the computational po...
Abstract—Networks-on-chip (NoC) are very efficient for point-to-point communication but are also kno...
Interconnects based on Networks-on-Chip are an appealing solution to address future microprocessor d...
In NoC-based many-core processors, memory subsystem and synchronization mechanism are always the two...
As on-chip interconnection network scales to integrate more processing elements, physical limitation...
We present in this work a novel hardware-based barrier mech-anism for synchronization on many-core C...
Multi-core processors have rapidly grown in core count since the first commercial dual-core processo...
With the advent of Networks-on-Chip (NoCs), the interest for mesochronous synchronizers is again on...
The NETWORK-ON-CHIP (NOC) interconnection paradigm has been gaining momentum thanks to its flexibili...
With the advent of Networks-on-Chip (NoCs), the interest for mesochronous synchronizers is again on ...
International audienceParallel computing is essential to achieve the manycore architecture performan...
Barrier synchronization in shared memory parallel ma-chines has been widely implemented through busy...
Abstract—Current processor design with ever more cores may ensure that theoretical compute performan...
Networks-on-chip (NoCs) address the challenge to provide scalable communication bandwidth to tiled a...
Networks-on-chip (NoCs) address the challenge to provide scalable communication bandwidth to tiled a...
International audienceParallel applications are essential for efficiently using the computational po...
Abstract—Networks-on-chip (NoC) are very efficient for point-to-point communication but are also kno...
Interconnects based on Networks-on-Chip are an appealing solution to address future microprocessor d...
In NoC-based many-core processors, memory subsystem and synchronization mechanism are always the two...
As on-chip interconnection network scales to integrate more processing elements, physical limitation...
We present in this work a novel hardware-based barrier mech-anism for synchronization on many-core C...
Multi-core processors have rapidly grown in core count since the first commercial dual-core processo...
With the advent of Networks-on-Chip (NoCs), the interest for mesochronous synchronizers is again on...
The NETWORK-ON-CHIP (NOC) interconnection paradigm has been gaining momentum thanks to its flexibili...
With the advent of Networks-on-Chip (NoCs), the interest for mesochronous synchronizers is again on ...
International audienceParallel computing is essential to achieve the manycore architecture performan...
Barrier synchronization in shared memory parallel ma-chines has been widely implemented through busy...
Abstract—Current processor design with ever more cores may ensure that theoretical compute performan...
Networks-on-chip (NoCs) address the challenge to provide scalable communication bandwidth to tiled a...
Networks-on-chip (NoCs) address the challenge to provide scalable communication bandwidth to tiled a...
International audienceParallel applications are essential for efficiently using the computational po...
Abstract—Networks-on-chip (NoC) are very efficient for point-to-point communication but are also kno...