In this paper we use a Markovian model previously applied to cache related delay modeling and preemption delay modeling to calculate a subset of WCET delays related to branch predic-tors. The base of the formalism allows to take into account a deterministic or non deterministic automaton or set of automata thanks to a Markovian model. We previously applied this formal-ism to cache related Execution Time (ET) delays and cache related preemption ET delays [9, 12] and to non deterministic cache policy [10]. In this paper we introduce an application to some forms of branch prediction associated Worst Case Execution Time (WCET) calculation
Estimating the Worst Case Execution Time (WCET) of a program on a given processor is important for t...
International audienceLong pipelines need good branch predictors to keep the pipeline running. Curre...
Measurement-Based Probabilistic Timing Analysis (MBPTA) has been shown to be an industrially viable ...
Abstract—In this paper we use a Markovian model previ-ously applied to cache related delay modeling ...
In this paper we refine a Markovian model previously ap-plied to modelize a subset of dynamic branch...
In real-time systems and safety critical applications, it is a necessity to compute Worst Case Execu...
International audienceThis chapter explains the usual methodology used to estimate worst case execut...
In this paper, we focus on modelling the timing aspects of binary programs running on architectures ...
Traditional approaches for worst case execution time (WCET) analysis produce values which are very p...
The wider and wider use of high-performance proces-sors as part of real-time systems makes it more a...
The time-predictable design of computer architectures for the use in (hard) real-time systems is bec...
Schedulability analysis of real-time embedded systems re-quires worst case timing guarantees of embe...
The determination of upper bounds on execution times, commonly called Worst-Case Execution Times (WC...
Hard realtime systems rely on the assumption that the deadlines of tasks can be met otherwise the s...
AbstractPower consumption is a very important issue when it comes to embedded devices, therefore eve...
Estimating the Worst Case Execution Time (WCET) of a program on a given processor is important for t...
International audienceLong pipelines need good branch predictors to keep the pipeline running. Curre...
Measurement-Based Probabilistic Timing Analysis (MBPTA) has been shown to be an industrially viable ...
Abstract—In this paper we use a Markovian model previ-ously applied to cache related delay modeling ...
In this paper we refine a Markovian model previously ap-plied to modelize a subset of dynamic branch...
In real-time systems and safety critical applications, it is a necessity to compute Worst Case Execu...
International audienceThis chapter explains the usual methodology used to estimate worst case execut...
In this paper, we focus on modelling the timing aspects of binary programs running on architectures ...
Traditional approaches for worst case execution time (WCET) analysis produce values which are very p...
The wider and wider use of high-performance proces-sors as part of real-time systems makes it more a...
The time-predictable design of computer architectures for the use in (hard) real-time systems is bec...
Schedulability analysis of real-time embedded systems re-quires worst case timing guarantees of embe...
The determination of upper bounds on execution times, commonly called Worst-Case Execution Times (WC...
Hard realtime systems rely on the assumption that the deadlines of tasks can be met otherwise the s...
AbstractPower consumption is a very important issue when it comes to embedded devices, therefore eve...
Estimating the Worst Case Execution Time (WCET) of a program on a given processor is important for t...
International audienceLong pipelines need good branch predictors to keep the pipeline running. Curre...
Measurement-Based Probabilistic Timing Analysis (MBPTA) has been shown to be an industrially viable ...