In this paper a comprehensive methodology for software execution time estimation is presented. The methodology is supported by rigorous mathematical models of C statements in terms of elementary operations. The deterministic contribution is combined with a statistical term accounting for all those aspects that cannot be quantified exactly. The methodology has been validated by realizing a complete prototype toolset, used to carry out the experiments
The analysis of an executing program and the isolation of critical code has been a problem since the...
Embedded real-time systems are subjected to stringent timing constraints. Analysing their timing beh...
Estimating the execution time of software components is often mandatory when evaluating the non-func...
In this paper a comprehensive methodology for software execution time estimation is presented. The m...
Określenie czasu wykonywania programu poprzez jego uruchomienie nie zawsze jest możliwe w zagadnieni...
Estimates of execution time of embedded software play an important role in function-architecture co-...
A method to estimate the execution time of software based on static metrics is proposed in this the...
International audienceAs multiprocessor systems become increasinglypopular, the timing performance m...
Minimization of data-processing time and reduction of software-development time are important...
This paper affords the problem of analyzing the timing and energetic aspects of software for embedde...
Energy optimization of embedded software is of primary importance. Nevertheless, there is lack of ac...
The knowledge of the maximum execution time of program code is essential for the design implementati...
Abstract machines provide a certain separation between platform-dependent and platform-independent ...
. This paper describes a general approach for automatic and accurate time-bound analysis. The approa...
Execution time estimation of software at source-level is nowadays a crucial phase of the system desi...
The analysis of an executing program and the isolation of critical code has been a problem since the...
Embedded real-time systems are subjected to stringent timing constraints. Analysing their timing beh...
Estimating the execution time of software components is often mandatory when evaluating the non-func...
In this paper a comprehensive methodology for software execution time estimation is presented. The m...
Określenie czasu wykonywania programu poprzez jego uruchomienie nie zawsze jest możliwe w zagadnieni...
Estimates of execution time of embedded software play an important role in function-architecture co-...
A method to estimate the execution time of software based on static metrics is proposed in this the...
International audienceAs multiprocessor systems become increasinglypopular, the timing performance m...
Minimization of data-processing time and reduction of software-development time are important...
This paper affords the problem of analyzing the timing and energetic aspects of software for embedde...
Energy optimization of embedded software is of primary importance. Nevertheless, there is lack of ac...
The knowledge of the maximum execution time of program code is essential for the design implementati...
Abstract machines provide a certain separation between platform-dependent and platform-independent ...
. This paper describes a general approach for automatic and accurate time-bound analysis. The approa...
Execution time estimation of software at source-level is nowadays a crucial phase of the system desi...
The analysis of an executing program and the isolation of critical code has been a problem since the...
Embedded real-time systems are subjected to stringent timing constraints. Analysing their timing beh...
Estimating the execution time of software components is often mandatory when evaluating the non-func...