An embedded system can be defined as a special-purpose computing system (meant for information processing), which is closely integrated into the environment. An embedded system is generally dedicated to a particular application domain. Therefore, the embedding into a technical environment and the constraints that are a consequence of their application domain mostly result in implementations that are both heterogeneous and distributed. In such cases, the systems comprise hardware components that communicate by means of an interconnection network
Novel methods and tools are needed for the performance evaluation of future embedded systems due to ...
Many co-simulation techniques either suffer from poor performance when simulating communications int...
The modern mobile devices support diverse distributed applications. The rapid deployment of these ap...
An embedded system can be defined as a special-purpose computing system (meant for information proce...
Future embedded system products, e.g. smart handheld mobile terminals, will accommodate a large numb...
Many loaded systems exist as on date which work on the principle of distributed processing and distr...
As embedded systems become increasingly networked, and interact with the physical world, Real Time D...
This book offers readers broad coverage of techniques to model, verify and validate the behavior and...
Future interactive embedded systems will support a large number of applications providing users with...
This paper addresses the problem of modeling and simulating large set of heterogeneous networked emb...
In order to evaluate the feasibility of the distributed embedded systems in different application do...
Heterogeneous embedded systems, where configurable or application specific hardware devices (FPGAs a...
In this paper we present the HiFAQ Modelling and Simulation language. This language allows the asses...
In this paper we present a technology for integration of distributed real-time embedded systems (RTE...
The paper presents a set of guidelines for analysis of industrial embedded distributed systems and i...
Novel methods and tools are needed for the performance evaluation of future embedded systems due to ...
Many co-simulation techniques either suffer from poor performance when simulating communications int...
The modern mobile devices support diverse distributed applications. The rapid deployment of these ap...
An embedded system can be defined as a special-purpose computing system (meant for information proce...
Future embedded system products, e.g. smart handheld mobile terminals, will accommodate a large numb...
Many loaded systems exist as on date which work on the principle of distributed processing and distr...
As embedded systems become increasingly networked, and interact with the physical world, Real Time D...
This book offers readers broad coverage of techniques to model, verify and validate the behavior and...
Future interactive embedded systems will support a large number of applications providing users with...
This paper addresses the problem of modeling and simulating large set of heterogeneous networked emb...
In order to evaluate the feasibility of the distributed embedded systems in different application do...
Heterogeneous embedded systems, where configurable or application specific hardware devices (FPGAs a...
In this paper we present the HiFAQ Modelling and Simulation language. This language allows the asses...
In this paper we present a technology for integration of distributed real-time embedded systems (RTE...
The paper presents a set of guidelines for analysis of industrial embedded distributed systems and i...
Novel methods and tools are needed for the performance evaluation of future embedded systems due to ...
Many co-simulation techniques either suffer from poor performance when simulating communications int...
The modern mobile devices support diverse distributed applications. The rapid deployment of these ap...