We present the concept of a virtual node as means to achieve predictable integration of software components with real-time requirements. The virtual node is based on the technology using the hierarchical scheduling framework to achieve temporal isolation between components (or sets of components). The temporal isolation means that all components deployed to a virtual node will retain their temporal properties when integrated with other components on a physical node. We present how the concept of virtual nodes is applicable to three different component technologies: ProCom, Autosar and AADL. Keywords-real-time systems; component integratio
Abstract. In this paper we tackle the problem of providing Quality of Service guarantees to virtuali...
In this paper, we present a framework for integrating real-time components in the same system, where...
This work investigates the composition of interdependent software components on a shared platform fr...
We present the concept of a virtual node as means to achieve predictable integration of software com...
We present an approach of two-level deployment process for component models used in distributed real...
In this thesis we propose a technique to preserve the temporal properties of realtime components dur...
We present the concept of runnable virtual nodes (RVNs) as means to achieve predictable integration ...
This dissertation presents techniques to achieve predictable execution of coarse-grained software co...
Abstract—We present a method that allows for integration of individually developed functions of soft...
Industrial control systems are applied in many areas e.g., motion control for industrial robotics, p...
AbstractToday's increasing number of sensors and computation nodes covered by cyber physical systems...
In this paper we focus on the connections between bothcomponent types. We draft a buffer component w...
Many industrial systems have various hardware and software functions for controlling mechanics. If t...
In this paper, we extend the compositional scheduling framework to enable the integration of an exis...
In this paper, we describe a methodology for the design and the development of component-basedreal-t...
Abstract. In this paper we tackle the problem of providing Quality of Service guarantees to virtuali...
In this paper, we present a framework for integrating real-time components in the same system, where...
This work investigates the composition of interdependent software components on a shared platform fr...
We present the concept of a virtual node as means to achieve predictable integration of software com...
We present an approach of two-level deployment process for component models used in distributed real...
In this thesis we propose a technique to preserve the temporal properties of realtime components dur...
We present the concept of runnable virtual nodes (RVNs) as means to achieve predictable integration ...
This dissertation presents techniques to achieve predictable execution of coarse-grained software co...
Abstract—We present a method that allows for integration of individually developed functions of soft...
Industrial control systems are applied in many areas e.g., motion control for industrial robotics, p...
AbstractToday's increasing number of sensors and computation nodes covered by cyber physical systems...
In this paper we focus on the connections between bothcomponent types. We draft a buffer component w...
Many industrial systems have various hardware and software functions for controlling mechanics. If t...
In this paper, we extend the compositional scheduling framework to enable the integration of an exis...
In this paper, we describe a methodology for the design and the development of component-basedreal-t...
Abstract. In this paper we tackle the problem of providing Quality of Service guarantees to virtuali...
In this paper, we present a framework for integrating real-time components in the same system, where...
This work investigates the composition of interdependent software components on a shared platform fr...