Computing tight WCET bounds in the presence of timing anomalies – found in almost any modern hard-ware architecture – is a major challenge of timing analysis. In this paper, we renew the discussion about timing anomalies, demonstrating that even simple hard-ware architectures are prone to timing anomalies. We furthermore complete the list of timing-anomalous cache replacement policies, proving that the most-recently-used replacement policy (MRU) also exhibits a domino effect
Divide-and-conquer approaches to worst-case execution-time analysis (WCET analysis) pose a safety ri...
Worst-Case-Execution-Time (WCET) analysis computes upper bounds on the execution time of a program o...
This paper explores timing anomalies in WCET analysis.Timing anomalies add to the complexity of WCET...
Computing tight WCET bounds in the presence of timing anomalies - found in almost any modern hardwar...
Previous timing analysis methods have assumed that the worst-case instruction execution time necessa...
Timing Anomalies are characterized by counterintuitive timing behaviour. A locally faster execution ...
Abstract. Timing anomalies are characterized by counterintuitive timing behaviour. A locally faster ...
Timing anomalies make worst-case execution time analysis much harder, because the analysis will have...
Timing anomalies make worst-case execution time analysis much harder, because the analysis will have...
A timing anomaly is a counterintuitive timing behavior in the sense that a local fast execution slow...
Domino effects have been shown to hinder a tight prediction of worst case execution times (WCET) on ...
Embedded systems are becoming ubiquitous in our daily life. Due to close interaction with physical w...
© Elsevier. This manuscript version is made available under the CC-BY-NC-ND 4.0 license http://crea...
Timing verification of embedded critical real-time systems is hindered by complex designs. Timing an...
While caches have become invaluable for higher-end architectures due to their ability to hide, in pa...
Divide-and-conquer approaches to worst-case execution-time analysis (WCET analysis) pose a safety ri...
Worst-Case-Execution-Time (WCET) analysis computes upper bounds on the execution time of a program o...
This paper explores timing anomalies in WCET analysis.Timing anomalies add to the complexity of WCET...
Computing tight WCET bounds in the presence of timing anomalies - found in almost any modern hardwar...
Previous timing analysis methods have assumed that the worst-case instruction execution time necessa...
Timing Anomalies are characterized by counterintuitive timing behaviour. A locally faster execution ...
Abstract. Timing anomalies are characterized by counterintuitive timing behaviour. A locally faster ...
Timing anomalies make worst-case execution time analysis much harder, because the analysis will have...
Timing anomalies make worst-case execution time analysis much harder, because the analysis will have...
A timing anomaly is a counterintuitive timing behavior in the sense that a local fast execution slow...
Domino effects have been shown to hinder a tight prediction of worst case execution times (WCET) on ...
Embedded systems are becoming ubiquitous in our daily life. Due to close interaction with physical w...
© Elsevier. This manuscript version is made available under the CC-BY-NC-ND 4.0 license http://crea...
Timing verification of embedded critical real-time systems is hindered by complex designs. Timing an...
While caches have become invaluable for higher-end architectures due to their ability to hide, in pa...
Divide-and-conquer approaches to worst-case execution-time analysis (WCET analysis) pose a safety ri...
Worst-Case-Execution-Time (WCET) analysis computes upper bounds on the execution time of a program o...
This paper explores timing anomalies in WCET analysis.Timing anomalies add to the complexity of WCET...