The Array-OL specification model has been introduced to model systematic signal processing applications. This model is multidimensional and allows to express the full potential parallelism of an application: both task and data parallelism. The Array-OL language is an expression of data dependences and thus allows many execution orders. In order to execute Array-OL applications on distributed architectures, we show here how to project such specification onto the Kahn process network model of computation. We show how Array-OL code transformations allow to choose a projection adapted to the target architecture. 1
Two approaches to architecture-independent parallel computation are investigated: a constructive fun...
International audienceIn 1974, Gilles Kahn defined a seminal semantic model for asynchronous dataflo...
With multi-core and many-core architectures becoming the current focus of research and development, ...
International audienceThe Array-OL specification model has been introduced to model systematic signa...
Abstract. Array-OL specification model is a mixed graphical-textual language designed to model multi...
This paper presents the Array-OL specification language. It is a high-level visual language dedicate...
International audienceArray-OL specification model is a mixed graphical-textual language designed to...
Array-OL is a high-level specification language dedicated to the definition of intensive signal proc...
Reference implementations of signal processing applications are often written in a sequential langua...
Array-OL specification model is a mixed graphical-textual language designed especially to model mult...
(eng) Array-OL is a high-level specification language dedicated to the definition of intensive signal...
Abstract — We present a methodology for the exploration of signal processing architectures at the sy...
In several application domains (detection systems, telecommunications, video processing, etc.) the a...
textMany signal and image processing systems for high-throughput, high-performance applications requ...
Computer hardware keeps increasing in complexity. Software design needs to keep up with this. The ri...
Two approaches to architecture-independent parallel computation are investigated: a constructive fun...
International audienceIn 1974, Gilles Kahn defined a seminal semantic model for asynchronous dataflo...
With multi-core and many-core architectures becoming the current focus of research and development, ...
International audienceThe Array-OL specification model has been introduced to model systematic signa...
Abstract. Array-OL specification model is a mixed graphical-textual language designed to model multi...
This paper presents the Array-OL specification language. It is a high-level visual language dedicate...
International audienceArray-OL specification model is a mixed graphical-textual language designed to...
Array-OL is a high-level specification language dedicated to the definition of intensive signal proc...
Reference implementations of signal processing applications are often written in a sequential langua...
Array-OL specification model is a mixed graphical-textual language designed especially to model mult...
(eng) Array-OL is a high-level specification language dedicated to the definition of intensive signal...
Abstract — We present a methodology for the exploration of signal processing architectures at the sy...
In several application domains (detection systems, telecommunications, video processing, etc.) the a...
textMany signal and image processing systems for high-throughput, high-performance applications requ...
Computer hardware keeps increasing in complexity. Software design needs to keep up with this. The ri...
Two approaches to architecture-independent parallel computation are investigated: a constructive fun...
International audienceIn 1974, Gilles Kahn defined a seminal semantic model for asynchronous dataflo...
With multi-core and many-core architectures becoming the current focus of research and development, ...