Add to ORKGExecution time estimation of software at source-level is nowadays a crucial phase of the system design flow, especially for portable devices and real-time systems. From a source-level perspective, a call to an external library function is a black-box: only the binary code of such functions is, in fact, available. This paper proposes a methodology for library functions analysis within a source-level estimation framework. 1
Abstract. Real-time critical systems can be considered as correct if they compute both right and fas...
Estimating the execution time of software components is often mandatory when evaluating the non-func...
Estimates of execution time of embedded software play an important role in function-architecture co-...
Execution time estimation of software at source-level is nowadays a crucial phase of the system desi...
Early application timing estimation is essential in decision making during design space exploration ...
In this paper a comprehensive methodology for software execution time estimation is presented. The m...
. This paper describes a general approach for automatic and accurate time-bound analysis. The approa...
Abstract—A new timing generation method is proposed for the performance analysis of embedded softwar...
A method to estimate the execution time of software based on static metrics is proposed in this the...
Abstract machines provide a certain separation between platform-dependent and platform-independent ...
In this paper, a new timing generation method is proposed for the performance analysis of embedded s...
Real-time programmers have to deal with the problem of relating timing constraints associated with s...
This chapter focuses on the analysis of the timing behavior of software applications that expose rea...
This paper describes a general approach for automatic and accurate time-bound analysis. The approach...
The analysis of an executing program and the isolation of critical code has been a problem since the...
Abstract. Real-time critical systems can be considered as correct if they compute both right and fas...
Estimating the execution time of software components is often mandatory when evaluating the non-func...
Estimates of execution time of embedded software play an important role in function-architecture co-...
Execution time estimation of software at source-level is nowadays a crucial phase of the system desi...
Early application timing estimation is essential in decision making during design space exploration ...
In this paper a comprehensive methodology for software execution time estimation is presented. The m...
. This paper describes a general approach for automatic and accurate time-bound analysis. The approa...
Abstract—A new timing generation method is proposed for the performance analysis of embedded softwar...
A method to estimate the execution time of software based on static metrics is proposed in this the...
Abstract machines provide a certain separation between platform-dependent and platform-independent ...
In this paper, a new timing generation method is proposed for the performance analysis of embedded s...
Real-time programmers have to deal with the problem of relating timing constraints associated with s...
This chapter focuses on the analysis of the timing behavior of software applications that expose rea...
This paper describes a general approach for automatic and accurate time-bound analysis. The approach...
The analysis of an executing program and the isolation of critical code has been a problem since the...
Abstract. Real-time critical systems can be considered as correct if they compute both right and fas...
Estimating the execution time of software components is often mandatory when evaluating the non-func...
Estimates of execution time of embedded software play an important role in function-architecture co-...