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Mitigate Quality Risks, Fulfill Software Certification Standards
It has been said that every thousand lines of embedded software code contain eight bugs. In the modern regulatory age, engineers must use software simulation and certified code generators to manage quality risk and to meet tight software certification standards. Ansys Embedded Software solutions will put these concerns at ease, providing engineers with unmitigated embedded control.
Simulation is Your Way to Embedded Software Success
Engineers can use Ansys for model-based embedded software development, embedded control, and reduced order modeling (rom). The updated, R2 2022, Ansys simulation environment also offers an automatic built-in code-generator to meet stringent software certification standards across the globe.
Simulation is particular useful for embedded systems, as the components are expensive and often temperamental, rendering physical testing as inconvenient. Simulation allows engineering to experiment with enhanced control over design parameters, reduces the cost of experiments & abandoned prototypes, and makes it possible to work with systems that do not yet exist in physical form.
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Ansys Embedded Software Applications
Model-Based Systems Engineering
Model-based embedded systems engineering is needed for today’s product architecture complexities and their many subsystem dependencies. A living model can offer insight into the interfaces and dependencies, representing large volumes of information. These models can be shared across teams, manage change, and facilitate traceability.
Embedded Control Software
Embedded software engineers must use certified code generators and engineering simulation software tools for today’s smart devices. Choose Ansys SCADE for simulation with an automatic, built-in code generator and model-based embedded software development and simulation.
Man-Machine Interface Software
Embedded software engineers must use certified code generators and software simulation tools to meet stricter software certification standards for man-machine interface software. Ansys software offers man-machine interface development that is model-based and has a built-in code generator.
Virtual Systems Prototyping
Complexity drives modern product development processes. Developers can simulate and assemble thermo-fluid, electrical, mechanical, electronic, and embedded software components with virtual systems prototyping.
Functional Safety Analysis
The analysis and verification of functional safety for electronic control systems in industries like automotive, aerospace and defense, rail, nuclear, etc., are critical to system design and implementation.
Reduced Order Modeling (ROM)
Verify multi-domain system performance interaction with 3-D precision and reduced-order modeling. In addition, use Ansys software to create display graphics and control logic driving the display.
Ansys Embedded Software | Products & Embedded Capabilities
Ansys SCADE Architect
Architect, from the Ansys SCADE suite, empowers users with a design environment for use on systems with high dependability requirements, providing full support of industrial systems engineering processes, such as ARP 4754A, ISO 26262, and EN 50126.
Ansys SCADE Test
SCADE Test gives you a complete environment for creating and managing test cases, measuring coverage, managing test results, and automating execution of test cases for SCADE® applications on host and on target.
Ansys SCADE Display
Display, from the Ansys SCADE suite, facilitates embedded graphics, display and HMI development, and certified code generation for safety-critical displays.
Ansys SCADE LifeCycle
LifeCycle, from the Ansys SCADE suite, provides unique support for application lifecycle management along with embedded control & cockpit display systems (CDS)
Ansys SCADE Solutions ARINC 661
ARINC 661, another module from the SCADE Solutions suite, is a toolset that empowers you to prototype and design ARINC 661 compliant systems.
Ansys SCADE Suite
SCADE Suite empowers users with a Model-Based Development Environment for critical embedded software and User Applications (UA).
Need Mechanical Engineering Testing Services?
Campbell Testing
Measuring the natural frequencies and mode shapes of rotating turbine blade (bucket) rows.
Torsional Vibration
Determine the natural frequencies and mode shapes of a rotor train as it twists about the axis of rotation.
Vibration Diagnostics
Identify the root cause of noise and vibration problems in machinery via ODS, spectral, order tracking or joint time frequency analysis.