Introducing Model-Based Techniques into Development of Real-Time Embedded Applications

Introducing Model-Based Techniques into Development of Real-Time Embedded Applications

This paper investigates the feasibility of integrating legacy software processes and tools into the paradigm of model-based development of industrial real-time embedded systems. Research has been conducted on the example of using legacy assembly code for automatic code generation scheme inside MATLAB/Simulink environment. A sample Simulink model has been presented, code has been generated from ...

Model-Based Embedded Real-Time Software Development

Embedded real-time systems are tightly coupled with the physical world. This tight coupling imposes parafunctional requirements (such as timeliness, jitter, faulttolerance, and security) that go beyond functional (logical) behaviors. Unfortunately, modern programming approaches do not facilitate the independent encoding of functional and para-functional behaviors. In this paper, we argue that (...

Model-Based Development of Distributed Embedded Real-Time Systems

The increasing complexity of distributed embedded systems, as found today in airplanes or cars, becomes more and more a critical cost-factor for their development. Model-based approaches have recently demonstrated their potential for both improving and accelerating (software) development processes. Therefore, in the project DECOS, which aims at improving system architectures and development of ...

Agile Development of Component-based Distributed Real-time and Embedded Systems via Model-Driven Engineering Techniques

The end-to-end evaluation of component-based distributed real-time and embedded (DRE) system qualityof-service (QoS) properties (e.g., performance, reliability, and security) traditionally occurs during system integration time. Consequently, many design flaws that affect QoS are not located in a timely and cost-effective manner. This article shows how model-driven engineering—particularly domai...

‘ MARTES Model - Based Approach for Real - Time Embedded Systems development