In embedded systems, timing and resource utilization are vital aspects, having impacts on the deployed software. In this paper, an extensible formal framework for modeling of resource usage and adaptability of software components is introduced. The formalism explicitly supports modeling re-sources of various types and in different ways; and the tim-ing requirements that applications have. The models can be used as a basis for quantitative analysis, and in the exten-sion as a basis for system synthesis. An example of usage of the formalism is given
Component-based development has proved to be a promising approach for reusability and manag-ing comp...
International audienceSystem adaptivity is increasingly demanded in high-performance embedded system...
International audienceThe integration of adaptation techniques in the development cycle of real time...
The paper describes a formal framework for designing and reasoning about resource-constrained embedd...
Managing complexity is an increasing challenge in the development of embedded systems (ES). Some of ...
This thesis introduces a model-based approach for the specification of the adaptation behavior of ad...
Resource allocation for high-performance real-time applications is challenging due to the applicatio...
Embedded systems are microprocessor-based systems that cover a large range of computer systems from ...
Resource optimization is an increasingly important require- ment in the design and implementation of...
Embedded systems are becoming increasingly complex. At the same time, the components that make up th...
AbstractTo implement functionally and timely correct embedded systems, it is essential to consider b...
Embedded systems must be cost-effective. This imposesstrict requirements on the resource consumption...
The paper describes a formal framework for designing and reasoning about resource-constrained system...
Abstract. Embedded systems must be cost-effective. This imposes strict requirements on the resource ...
Dynamic resource allocation is a critical component in any system expected to deliver predictable p...
Component-based development has proved to be a promising approach for reusability and manag-ing comp...
International audienceSystem adaptivity is increasingly demanded in high-performance embedded system...
International audienceThe integration of adaptation techniques in the development cycle of real time...
The paper describes a formal framework for designing and reasoning about resource-constrained embedd...
Managing complexity is an increasing challenge in the development of embedded systems (ES). Some of ...
This thesis introduces a model-based approach for the specification of the adaptation behavior of ad...
Resource allocation for high-performance real-time applications is challenging due to the applicatio...
Embedded systems are microprocessor-based systems that cover a large range of computer systems from ...
Resource optimization is an increasingly important require- ment in the design and implementation of...
Embedded systems are becoming increasingly complex. At the same time, the components that make up th...
AbstractTo implement functionally and timely correct embedded systems, it is essential to consider b...
Embedded systems must be cost-effective. This imposesstrict requirements on the resource consumption...
The paper describes a formal framework for designing and reasoning about resource-constrained system...
Abstract. Embedded systems must be cost-effective. This imposes strict requirements on the resource ...
Dynamic resource allocation is a critical component in any system expected to deliver predictable p...
Component-based development has proved to be a promising approach for reusability and manag-ing comp...
International audienceSystem adaptivity is increasingly demanded in high-performance embedded system...
International audienceThe integration of adaptation techniques in the development cycle of real time...