Digital Avionics Systems Conference (DASC)- Mirabilis Design

Mirabilis Design will be exhibiting at the upcoming Digital Avionics Systems Conference (DASC), showcasing VisualSim Architect.

Innovation in the aerospace industry has been driven by a leap forward in complex avionics systems. From safety and efficiency gain to defence considerations, the benefits have propelled the industry forward. But these innovations do not come without their challenges. Designing modern avionics systems is a time consuming and costly endeavour.

VisualSim Architect offers a comprehensive platform to simplify and optimize the design of modern avionics systems.

Model and test your design

VisualSim architect allows system designers to easily model at the beginning of the project cycle. VisualSim comes complete with a vast library of components and connections with the option to modify and create custom components. VisualSim’s intuitive graphical modeling language, allows for tailored representation of specific system elements and functionalities.

Once modelled, the user is able to easily run simulations to determine how the system will behave in a real world environment. Architects can inject various faults into the system model and evaluate whether the requirements are being met in the presence of various faults.

Unlike the traditional text-based models architects are used to, this model is built on a graphical platform, allowing subsystems to be assembled without the need for complex programming languages. This makes the system model much easier for architects to understand and work with. Since the model can be created early in the design process, the architect and the entire design and testing team can quickly identify potential challenges in various test scenarios and develop solutions in advance.

Ensure Certification Readiness

Certification can be a significant headache in avionics system development. Regulatory standards and documentation requirements add a further layer of complexity. VisualSim helps engineers gather the data needed for certification by simulation different operational conditions and generating reports.

Optimizing power and performance across the entire system

In a complex avionics system, multiple teams work simultaneously to design and configure individual subsystems. From flight control, radar, satellite communication, load management, and cockpit displays – Each team must focus on their specific area. However, it is often the case that once all the systems are brought together and tested that problems occur. Unexpected issues at this stage affect overall performance and cause costly delays.

VisualSim mitigates these risks by providing a unified model of the entire avionics system. By working from one shared model, each team can work on their subsystem independently, while also seeing how it interacts with the rest of the system in real-time.

As each team builds up/assembles their subsystem, the traces from those subsystems can be used to replace the system model version of the corresponding subsystems. Faults can again be injected and the impact on other subsystems are observed. Even after the project ends, the system model of the assembled avionics system provides a huge value for future engineers. VisualSim Architect supports a true “shift-left” and “shift-right” philosophy, enabling full product lifecycle support—from design and testing to deployment and future iterations.

Learn more at DASC – With Mirabilis Design's Presentation

VisualSim Architect allows you to simplify and optimize the design of your next avionics system. We’d love to introduce to our solution in more detail.

Please get in touch with us at info@mirabilisdesign.com to meet with us at DASC 2024 or Book a meeting today and attend our private sessions at DASC to see how VisualSim Architect can elevate your next avionics project here: https://calendly.com/mirabilissolutions/dasc-mirabilis-design

 

Make sure you don’t miss Deepak Shankar’s presentation.

Title: Optimizing Electronics Architecture for the Deployment of Convolution Neural Networks Using System-Level Modeling.

Date & Time: Thursday: Thursday October 03, 2024 (08:00 – 10:00)

Location: La Jolla (CNS), San Diego, CA, USA

Find more information here: https://2024.dasconline.org/program/program-at-a-glance