Abstract: The contemporary development of hardware components is a prerequisite for increasing the concentration of computing power. System software is developing at a much slower pace. To use available resources efficiently modeling is required. Formalization of elements, present in the material, provides the basis for modeling. Examples are presented to demonstrate the efficiency of the concept
AbstractIn order to cope with the increasing complexity of system design, component-based software e...
This paper describes new capabilities in the Systems Modeling Language that reduce the complexity of...
Software components and the methodology of component-based development offer a promising approach to...
Abstract. Software components as reusable building blocks for software are becoming widely used in s...
In an effort to manage increasing complexity and to maximise the reuse of code, the software enginee...
Software Engineers continue to search for efficient ways to build high quality systems. Two contrast...
Embedded systems have become ubiquitous - from avionics and automotive over consumer electronics to ...
This paper starts with a consolidated description of widely applied reuse techniques and discusses t...
Computers as Components: Principles of Embedded Computing System Design, 3e, presents essential know...
AbstractReasoning about software systems developed using components begins with component-level spec...
The emerging technique for increased code reuse is to build systems from software components. The go...
Developing industrial real-time software systems is challenging due to de- mands on system safety an...
Abstract. Current models for software components have made component-based software engineering prac...
We present a unifying conceptual framework for components, component interfaces,contracts and compos...
We present a trajectory from formal specification to component, which can be used to prototype appli...
AbstractIn order to cope with the increasing complexity of system design, component-based software e...
This paper describes new capabilities in the Systems Modeling Language that reduce the complexity of...
Software components and the methodology of component-based development offer a promising approach to...
Abstract. Software components as reusable building blocks for software are becoming widely used in s...
In an effort to manage increasing complexity and to maximise the reuse of code, the software enginee...
Software Engineers continue to search for efficient ways to build high quality systems. Two contrast...
Embedded systems have become ubiquitous - from avionics and automotive over consumer electronics to ...
This paper starts with a consolidated description of widely applied reuse techniques and discusses t...
Computers as Components: Principles of Embedded Computing System Design, 3e, presents essential know...
AbstractReasoning about software systems developed using components begins with component-level spec...
The emerging technique for increased code reuse is to build systems from software components. The go...
Developing industrial real-time software systems is challenging due to de- mands on system safety an...
Abstract. Current models for software components have made component-based software engineering prac...
We present a unifying conceptual framework for components, component interfaces,contracts and compos...
We present a trajectory from formal specification to component, which can be used to prototype appli...
AbstractIn order to cope with the increasing complexity of system design, component-based software e...
This paper describes new capabilities in the Systems Modeling Language that reduce the complexity of...
Software components and the methodology of component-based development offer a promising approach to...