Thane H. Design for Deterministic Monitoring of Distributed Real-Time Systems. Technical report, Mlardalen Real-Time Research Centre, Dept. Computer Engineering, Mlardalen University, 1999. Home/Search Document Details and Download
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Minimal Invasive Monitoring - Mahrenholz (2001) (2 citations) (Correct)
....section 3) as well as transformation networks[7] to model and specify the monitoring task, special sensor requirements etc. And second that we use generated software sensors to adapt them to the monitoring task to be as small and fast as possible and to ensure a predictable runtime if necessary. [11] discusses the effects of software sensors on distributed real time system and how to deal with them. They present a method for deterministic observations of real time systems. 7. Conclusion Software monitors are a cheap and highly flexible way to monitor the behavior of software. But their ....
Henrik Thane. Design for deterministic monitoring of distributed real-time systems. Technical report, Malardalen Real-Time Research Centre, 2000.
Monitoring, Testing and Debugging of Distributed Real-Time Systems - Thane (2000) (1 citation) Self-citation (Thane) (Correct)
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Thane H. Design for Deterministic Monitoring of Distributed Real-Time Systems. Technical report, Mlardalen Real-Time Research Centre, Dept. Computer Engineering, Mlardalen University, 1999.
Testing Distributed Real-Time Systems - Thane, Hansson (2001) (3 citations) Self-citation (Thane) (Correct)
....of the recurring tasks during T. 3. Map test case and output onto the correct execution ordering, based on observation. 4. Repeat 2 3 until the sought coverage is achieved. The probe effect is avoided by making the probes part of the design and then letting them remain in the target system [24][25] Contributions In this paper we present a method for functional integration testing of multitasking real time systems and distributed real time systems: This method is to our knowledge the first testing method to fully encompass scheduling of distributed real time systems. The main ....
....in future work. It should also be noted that the correspondence between observations on each node will be limited by the granularity of the global time base, i.e. the globally observable state can at best have a granularity of 2#, defined by the precision of the clock synchronization [25][24]. 17 Figure 4 3. The resulting execution order scenarios for the job set in Table 3 1. 1) 2) 3) 4) 5) 4.4 Reproducibility To facilitate reproducible testing we must identify which execution orderings, or parts of execution orderings that can be enforced without introducing any ....
Thane H. Design for Deterministic Monitoring of Distributed Real-Time Systems. Technical report, Mlardalen RealTime Research Centre, Dept. Computer Engineering, Mlardalen University, 1999.
The Asterix real-time kernel - Thane, Pettersson, Sundmark (2001) (4 citations) Self-citation (Thane) (Correct)
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Thane H. Design for Deterministic Monitoring of Distributed Real-Time Systems. Technical report, Mlardalen Real-Time Research Centre, Dept. Computer Engineering, Mlardalen University, 1999.
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