Add to ORKGIn this report we show how the Symbolic Program approach can be used to efficiently and accurately analyse the performance of a datadependent application executing on a multi-processor architecture. The candidate data-dependent application is the JPEG decoding network, and the candidate architecture is the space-Cake - Wasabi multiprocessor
The notion of dependence captures the most important properties of a program for efficient execution...
This paper presents a system level design flow which enables rapid design space exploration and a ve...
Implementing a real-time image-processing algorithm on a serial processor is difficult to achieve b...
In system-level platform-based embedded systems design, the mapping model is a crucial link between ...
Designing embedded systems for multiprocessor platforms requires early prediction and balancing of m...
Recent advances in the power of parallel computers have made them attractive for solving large compu...
In this paper, we present a new design-space exploration approach which we call the symbolic program...
Despite the performance potential of parallel systems, several factors have hindered their widesprea...
In this paper we describe pSigma, which is an in-frastructure for instrumenting parallel application...
Many image-processing applications require special-purpose hardware to run in real time. Others can ...
The paper introduces a software architecture to support a user from the image processing community i...
A new technique for estimating and understanding the speed improvement that can result from executin...
Embedded software designers often use libraries that have been pre-optimized for a given processor t...
RISC instruction level parallel systems are today the most commonly used high performance computing ...
Parallel programs are characterised by their speedup behaviour. Each parallel program is a collectio...
The notion of dependence captures the most important properties of a program for efficient execution...
This paper presents a system level design flow which enables rapid design space exploration and a ve...
Implementing a real-time image-processing algorithm on a serial processor is difficult to achieve b...
In system-level platform-based embedded systems design, the mapping model is a crucial link between ...
Designing embedded systems for multiprocessor platforms requires early prediction and balancing of m...
Recent advances in the power of parallel computers have made them attractive for solving large compu...
In this paper, we present a new design-space exploration approach which we call the symbolic program...
Despite the performance potential of parallel systems, several factors have hindered their widesprea...
In this paper we describe pSigma, which is an in-frastructure for instrumenting parallel application...
Many image-processing applications require special-purpose hardware to run in real time. Others can ...
The paper introduces a software architecture to support a user from the image processing community i...
A new technique for estimating and understanding the speed improvement that can result from executin...
Embedded software designers often use libraries that have been pre-optimized for a given processor t...
RISC instruction level parallel systems are today the most commonly used high performance computing ...
Parallel programs are characterised by their speedup behaviour. Each parallel program is a collectio...
The notion of dependence captures the most important properties of a program for efficient execution...
This paper presents a system level design flow which enables rapid design space exploration and a ve...
Implementing a real-time image-processing algorithm on a serial processor is difficult to achieve b...