This paper details the first step of the Design Trotter framework for design space exploration applied to dedicated SOCs. The aim of this step is to provide metrics in order to guide the designer and the synthesis tool towards an efficient application architecture matching. This work presents a computation of metrics at all levels of the application graph-based hierarchy. These metrics are computed through data and control dependency analysis. They quantify the memory, control and processing orientations as well as the average of parallelism for different granularities
Single-chip multi-processor embedded system becomes nowadays a feasible and very interesting option....
Granularity control is a method to improve parallel execution performance by limiting excessive para...
The current trend in Embedded Systems (ES) design is moving towards the integration of increasingly ...
This paper details the first step of the Design Trotter framework for design space exploration appli...
This paper details the first step of the Design Trotter framework for design space exploration appli...
This paper details the first step of the Design Trotter framework for design space exploration appli...
The objective of this work is to explore the design-space of digital embedded systems, before the hi...
This paper considers the problem of designing heterogeneous multiprocessor embedded systems. The foc...
Abstract—Reducing the time-to-market factor is a challenge for many embedded systems designers. In t...
The context of this work is the design of embedded systems targeting multimedia applications. More s...
Traditionally codesign flow aims to help the designers to take decisions about the system architectu...
Incorporating algorithm and architecture level design space exploration in the early phases of the d...
Granularity control is a method to improve parallel execution performance by limiting excessive para...
We describe METRICS, a system to recover design productivity via new infrastructure for design proce...
Single-chip multi-processor embedded system becomes nowadays a feasible and very interesting option....
Granularity control is a method to improve parallel execution performance by limiting excessive para...
The current trend in Embedded Systems (ES) design is moving towards the integration of increasingly ...
This paper details the first step of the Design Trotter framework for design space exploration appli...
This paper details the first step of the Design Trotter framework for design space exploration appli...
This paper details the first step of the Design Trotter framework for design space exploration appli...
The objective of this work is to explore the design-space of digital embedded systems, before the hi...
This paper considers the problem of designing heterogeneous multiprocessor embedded systems. The foc...
Abstract—Reducing the time-to-market factor is a challenge for many embedded systems designers. In t...
The context of this work is the design of embedded systems targeting multimedia applications. More s...
Traditionally codesign flow aims to help the designers to take decisions about the system architectu...
Incorporating algorithm and architecture level design space exploration in the early phases of the d...
Granularity control is a method to improve parallel execution performance by limiting excessive para...
We describe METRICS, a system to recover design productivity via new infrastructure for design proce...
Single-chip multi-processor embedded system becomes nowadays a feasible and very interesting option....
Granularity control is a method to improve parallel execution performance by limiting excessive para...
The current trend in Embedded Systems (ES) design is moving towards the integration of increasingly ...