We propose a method for the timing analysis of concur-rent real-time programs with hard deadlines. We divide the analysis into a machine-independent and a machine-dependent task. The latter takes into account the execution times of the program on a particular machine. Therefore, our goal is to make the machine-dependent phase of the analysis as simple as possible. We succeed in the sense that the machine-dependent phase remains the same as in the analysis of sequential pro-grams. We shift the complexity introduced by concurrency completely to the machine-independent phase.
In this paper, we present and prove exact best-case response time and improved jitter analysis of re...
113 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1992.In hard real-time systems, co...
Concurrent C, is a parallel superset of C (and of C++) that provides facilities such as specifying t...
We propose a method for the timing analysis of concurrent real-time programs with hard deadlines. We...
This paper surveys the current status of our work on automated anal-ysis of the logical and timing p...
Abstract. Hard real-time systems have to satisfy strict timing con-straints. To prove that these con...
A logic for reasoning about timing properties of concurrent programs is presented. The logic is ba...
The successful development of complex realtime systems depends on analysis techniques that can accur...
An analogue of strictness analysis is proposed for concurrent logic programming called schedule anal...
REACTION 2014. 3rd International Workshop on Real-time and Distributed Computing in Emerging Applica...
AbstractIn distributed real-time systems, an application is often modeled as a set of real-time tran...
Abstract—For hard real-time systems, timeliness of operations has to be guaranteed. Static timing an...
Abstract—Recently, there have been several promising tech-niques developed for schedulability analys...
The hard deadline model is very popular in real-time research, but is representative or applicable t...
Event-B is a refinement-based formal method that is used for system-level modeling and analysis of c...
In this paper, we present and prove exact best-case response time and improved jitter analysis of re...
113 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1992.In hard real-time systems, co...
Concurrent C, is a parallel superset of C (and of C++) that provides facilities such as specifying t...
We propose a method for the timing analysis of concurrent real-time programs with hard deadlines. We...
This paper surveys the current status of our work on automated anal-ysis of the logical and timing p...
Abstract. Hard real-time systems have to satisfy strict timing con-straints. To prove that these con...
A logic for reasoning about timing properties of concurrent programs is presented. The logic is ba...
The successful development of complex realtime systems depends on analysis techniques that can accur...
An analogue of strictness analysis is proposed for concurrent logic programming called schedule anal...
REACTION 2014. 3rd International Workshop on Real-time and Distributed Computing in Emerging Applica...
AbstractIn distributed real-time systems, an application is often modeled as a set of real-time tran...
Abstract—For hard real-time systems, timeliness of operations has to be guaranteed. Static timing an...
Abstract—Recently, there have been several promising tech-niques developed for schedulability analys...
The hard deadline model is very popular in real-time research, but is representative or applicable t...
Event-B is a refinement-based formal method that is used for system-level modeling and analysis of c...
In this paper, we present and prove exact best-case response time and improved jitter analysis of re...
113 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1992.In hard real-time systems, co...
Concurrent C, is a parallel superset of C (and of C++) that provides facilities such as specifying t...