Run-time checking of timed properties requires to monitor events occurring within a specified time interval. In a distributed setting, working with intervals is complicated due to uncertainties about network delays and clock synchronization. Determining that an interval can be closed - i.e., that all events occurring within the interval have been observed - cannot be done without a delay. In this paper, we consider how an appropriate delay can be determined based on parameters of a monitoring setup, such as network delay, clock skew and clock rate. We then propose a generic scheme for monitoring time intervals, parameterized by the detection delay, and discuss the use of this monitoring scheme to check different timed specifications, includ...
Abstract- In the contest of the standard IEEE 1588, protocol for the synchronization of the node clo...
Abstract. This tutorial focuses on issues involved in runtime monitoring of time-sensitive systems, ...
International audienceEnsuring the correctness of distributed cyber-physical systems can be done at ...
Run-time checking of timed properties requires to monitor events occurring within a specified time i...
Run-time checking of timed properties requires to monitor events occurring within a specified time i...
In this paper, we describe a run-time environment for monitoring distributed real-time systems. In p...
Clock synchronization is one of the most essential assets for distributed real-time systems, as sens...
Abstract. We present and analyze monitoring algorithms for a safety fragment of metric temporal logi...
Clock synchronization is one of the most essential assets for distributed real-time systems, as sens...
Abstract. We present and analyze monitoring algorithms for a safety fragment of metric temporal logi...
Abstract. We present and analyze monitoring algorithms for a safety fragment of metric temporal logi...
Clock synchronization is one of the most essential assets for distributed real-time systems, as sens...
Clock synchronization is a core asset to protect when securing cyber-physical systems with a time-tr...
This paper presents a run-time monitoring framework to detect end-to-end timing constraint violation...
Clock synchronization is a core asset to protect when securing cyber-physical systems with a time-tr...
Abstract- In the contest of the standard IEEE 1588, protocol for the synchronization of the node clo...
Abstract. This tutorial focuses on issues involved in runtime monitoring of time-sensitive systems, ...
International audienceEnsuring the correctness of distributed cyber-physical systems can be done at ...
Run-time checking of timed properties requires to monitor events occurring within a specified time i...
Run-time checking of timed properties requires to monitor events occurring within a specified time i...
In this paper, we describe a run-time environment for monitoring distributed real-time systems. In p...
Clock synchronization is one of the most essential assets for distributed real-time systems, as sens...
Abstract. We present and analyze monitoring algorithms for a safety fragment of metric temporal logi...
Clock synchronization is one of the most essential assets for distributed real-time systems, as sens...
Abstract. We present and analyze monitoring algorithms for a safety fragment of metric temporal logi...
Abstract. We present and analyze monitoring algorithms for a safety fragment of metric temporal logi...
Clock synchronization is one of the most essential assets for distributed real-time systems, as sens...
Clock synchronization is a core asset to protect when securing cyber-physical systems with a time-tr...
This paper presents a run-time monitoring framework to detect end-to-end timing constraint violation...
Clock synchronization is a core asset to protect when securing cyber-physical systems with a time-tr...
Abstract- In the contest of the standard IEEE 1588, protocol for the synchronization of the node clo...
Abstract. This tutorial focuses on issues involved in runtime monitoring of time-sensitive systems, ...
International audienceEnsuring the correctness of distributed cyber-physical systems can be done at ...