This paper examines the problem of statically analyzing the performance of embedded software. This problem is motivated by the increasing growth of embedded systems and a lack of appropriate analysis tools. We study different performance metrics that need to be considered in this context and examine a range of techniques that have been proposed for analysis. Very broadly these can be classied into path analysis and system utilization analysis techniques. It is observed that these are interdependent and thus need to be considered together in any analysis framework
Abstract. Hard real-time systems have to satisfy strict timing con-straints. To prove that these con...
The Power Wall has stopped the past trend of increasing processor throughput by increasing the clock...
We present ongoing work to develop a software tool for estimating worst-case execution times for rea...
This paper examines several techniques for static tim-ing analysis. In detail, the first part of the...
Embedded systems often have real-time constraints. Traditional timing analysis statically determines...
During the embedded system development an estimation of software performance on different hardware i...
unified machine description language. We address the second one by modeling the effects of several, ...
Static Timing Analysis is the state-of-the-art practice to ascertain the timing behaviour of current...
Today's complex embedded systems integrate multiple hardware and software components, many of t...
This chapter focuses on the analysis of the timing behavior of software applications that expose rea...
To date, many industrial embedded systems are very large, flexible, and highly configurable software...
Cars, trains, trucks, telecom networks and industrial robots are examples of products relying on com...
We present a compositional approach to analyze timing behavior of complex platforms with different s...
The process requirements that govern the development of high-integrity real-time systems make timing...
Static timing analysis of embedded software is important for systems with hard real-time constraints...
Abstract. Hard real-time systems have to satisfy strict timing con-straints. To prove that these con...
The Power Wall has stopped the past trend of increasing processor throughput by increasing the clock...
We present ongoing work to develop a software tool for estimating worst-case execution times for rea...
This paper examines several techniques for static tim-ing analysis. In detail, the first part of the...
Embedded systems often have real-time constraints. Traditional timing analysis statically determines...
During the embedded system development an estimation of software performance on different hardware i...
unified machine description language. We address the second one by modeling the effects of several, ...
Static Timing Analysis is the state-of-the-art practice to ascertain the timing behaviour of current...
Today's complex embedded systems integrate multiple hardware and software components, many of t...
This chapter focuses on the analysis of the timing behavior of software applications that expose rea...
To date, many industrial embedded systems are very large, flexible, and highly configurable software...
Cars, trains, trucks, telecom networks and industrial robots are examples of products relying on com...
We present a compositional approach to analyze timing behavior of complex platforms with different s...
The process requirements that govern the development of high-integrity real-time systems make timing...
Static timing analysis of embedded software is important for systems with hard real-time constraints...
Abstract. Hard real-time systems have to satisfy strict timing con-straints. To prove that these con...
The Power Wall has stopped the past trend of increasing processor throughput by increasing the clock...
We present ongoing work to develop a software tool for estimating worst-case execution times for rea...