Reference implementations of signal processing applications are often written in a sequential language that does not reveal the available parallelism in the application. However, if an application satisfies some constraints then a parallel specification can be derived automatically. In particular, if the application can be represented in the polyhedral model, then a polyhedral process network can be constructed from the application. After introducing the required polyhedral tools, this chapter details the construction of the processes and the communication channels in such a network. Special attention is given to various properties of the communication channels including their buffer sizes.edition: 1ststatus: publishe
Current emerging embedded System-on-Chip platforms are increasingly becoming multiprocessor archit...
In this thesis, we present Cprof+, an upgraded version of Cprof. Cprof+ is a lightweight profiling t...
We describe the development, implementation and performance of a parallel Molecular Dynamics program...
Reference implementations of signal processing applications are often written in a sequential langua...
We use the polyhedral process network (PPN) model of computation to program and map streaming applic...
textMany signal and image processing systems for high-throughput, high-performance applications requ...
In modern MPSoC architectures, programming to effectively exploit all the available resources become...
The Polyhedral Process Network (PPN) is a suitable parallel model of computation (MoC) used to speci...
We use the polyhedral process network (PPN) model of com-putation to program embedded Multi-Processo...
The increasing transistor density of Integrated Circuits (ICs) ever since their introduction, has sc...
In modern MPSoC architectures, programming to effectively exploit all the available resources become...
The Array-OL specification model has been introduced to model systematic signal processing applicati...
International audienceThe Array-OL specification model has been introduced to model systematic signa...
Copyright © 2012 Emanuele Cannella et al. This is an open access article distributed under the Creat...
A process language is presented which makes a clear distinction between temporal order and causal or...
Current emerging embedded System-on-Chip platforms are increasingly becoming multiprocessor archit...
In this thesis, we present Cprof+, an upgraded version of Cprof. Cprof+ is a lightweight profiling t...
We describe the development, implementation and performance of a parallel Molecular Dynamics program...
Reference implementations of signal processing applications are often written in a sequential langua...
We use the polyhedral process network (PPN) model of computation to program and map streaming applic...
textMany signal and image processing systems for high-throughput, high-performance applications requ...
In modern MPSoC architectures, programming to effectively exploit all the available resources become...
The Polyhedral Process Network (PPN) is a suitable parallel model of computation (MoC) used to speci...
We use the polyhedral process network (PPN) model of com-putation to program embedded Multi-Processo...
The increasing transistor density of Integrated Circuits (ICs) ever since their introduction, has sc...
In modern MPSoC architectures, programming to effectively exploit all the available resources become...
The Array-OL specification model has been introduced to model systematic signal processing applicati...
International audienceThe Array-OL specification model has been introduced to model systematic signa...
Copyright © 2012 Emanuele Cannella et al. This is an open access article distributed under the Creat...
A process language is presented which makes a clear distinction between temporal order and causal or...
Current emerging embedded System-on-Chip platforms are increasingly becoming multiprocessor archit...
In this thesis, we present Cprof+, an upgraded version of Cprof. Cprof+ is a lightweight profiling t...
We describe the development, implementation and performance of a parallel Molecular Dynamics program...