Engineering

The book highlights the significance of software in systems engineering and uses AI as a subject matter expert. It presents a comprehensive example that covers SysML modeling, including requirements, use cases, logical/ physical architecture, and parametric simulation. It then continues into software, leveraging AI's code generation capabilities to produce software including microcontroller, UI, and DMBS code. It introduces a variety of personas and agents that can help engineers communicate with AI about systems and software engineering.

The book also introduces SysML v2, focusing on the new language model and exploring AI's ability to generate models via code generation. Perhaps most importantly, it provides a straightforward roadmap for hardware/software co-design, accelerated at every step by AI.

Whether you're a systems or software engineer, or just interested in how to use AI for engineering, AI Assisted MBSE with SysML will prove to be a valuable guide.

Master MBSE fundamentals using Eclipse Papyrus and SysML. This book offers practical applications, a simple methodology, and step-by-step tutorials on a continuous case study. Learn to build SysML models, covering requirements, architecture, and behavior, empowering you to apply MBSE using Eclipse Papyrus to your projects effectively!

Unlock the Secrets of MBSE Craftsmanship: Transform Your Organization's Engineering Culture and Excel in Model-Based Systems Engineering. Discover the Art and Philosophy Behind True Mastery.

Are you looking for a more effective approach to real-time systems development? The development of real-time distributed systems is one of the most difficult engineering problems ever faced, taxing the capabilities of traditional real-time software development approaches. Real-Time Object-Oriented Modeling is the first book that brings together, in a single harmonious approach, the power of object-oriented concepts tailored specifically for real-time systems, with an iterative and incremental process based on the use of executable models. Developed by practitioners, the proven methodology described here is becoming a leader in the industry.

SYSMOD is an MBSE toolbox for pragmatic modeling of systems. It is well-suited for use with SysML. This book offers a set of methods with roles, inputs, and outputs, concrete modeling guidances, and examples showing how the methods can be applied with SysML.

• Requirements modeling, System Context, Use Cases
• Functional, Logical and Product Architectures
• Modeling guidances on how to create a SysML model
• Full-fledged SysML example
• Best Practices
• Complete definition of a profile for SYSMOD
• Adoption of MBSE in an Organization
• SysML v1.6 in a Nutshell

The research presented in this book covers considerations on how to utilize Systems Engineering (SE) and Model-Driven Engineering (MDE) concepts for the development of robust and dependable Smart Grids.

It discusses the specification and implementation of a standards-based Domain Specific Language (DSL), denoted as SGAM Toolbox. Furthermore, it demonstrates the application of this toolbox on the basis of different case studies.

SysML does not provide explicit built-in language constructs to model variants. Nevertheless, SysML is useful to create a model for variants. The VAMOS method presented in the book Variant Modeling with SysML is one option on how to model variants with SysML. It uses the profile mechanism of SysML to extend the language with a concept for variant modeling. The concepts are core, variation point, variation, variant, variant constraint, and variant configuration. The book shows how to apply the concepts with standard SysML modeling tool.

The engineering of products faces an increasingly complex and dynamic environment. Megatrends like the Internet of Things (IoT) and the industrial internet respectively Industry 4.0 change the rules on the field. They require a new kind of engineering and thinking. Only companies that can adapt themselves to the frequent and partially disruptive changes in the complex and dynamic markets are successful in the long term.

Die Einführung neuer Technologien im Rahmen der Digitalisierung der maritimen Domäne führt zur Etablierung einer Vielzahl an heterogenen nicht kooperierenden Systemen in einer komplexen Systemumgebung. Mit der Einführung der e-Navigation möchte die International Maritime Organization (IMO) die Interoperabilität zwischen etablierten und künftigen Systeme unter Miteinbeziehung der jeweiligen operativeren Prozesse ermöglichen.