CAMEO for E-Drive
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CAMEO for Fuel Cell
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Frontloading, a key trend in the automotive industry, involves shifting tests to controlled environments like testbeds, Hardware-in-the-Loop (HiL), and Software-in-the-Loop (SiL) set-ups to reduce time and costs associated with prototype vehicles. SiL set-ups offer high automation and parallelization, allowing errors to be found quickly in a harmless environment. At the same time, real testbeds operate in real-time without parallelization, risking prototype hardware from software errors. Ideally, software testing progresses from virtual set-ups to incorporating hardware components, with the climax in a complete vehicle system test.
Each testing environment has unique automation systems and control parameters, requiring tests across all respective systems. This is where CAMEO's new software interfaces reshape the landscape of seamless testing: these interfaces empower DevOps engineers to deliver automated testing, providing fast feedback on the software/system behavior. CAMEO offers a comprehensive frontloading solution across various domains, significantly enhancing testing efficiency and saving time, effort, and resources.
CAMEO elevates software testing with advanced features like functional testing and AI-driven active DoE, offering a unified and globally accessible platform for calibration and validation. It goes beyond standard optimization and relies on a go-to solution that helps to scale the testing efficiency while saving time, effort, and resources.
CAMEO’s adaptability makes it a perfect fit for a wide range of environments and use cases in the automotive industry, supporting all test types:
- Calibration and optimization tests
- Validation tests (e.g., grid measurements or time-based traces)
- Software/functional tests
- All types can be mixed to maximize the high utilization of testing environments.
- Build-in of methodologies to increase efficiency.
- The tests can be set up easily once and reused in other environments, facilitated by numerous interfaces to automation and application tools.
- Seamless integration in an automotive DevOps environment
Multiple Applications
Global test optimization and calibration functions meet with functional testing in one efficient software solution for the first time.
Time- and Cost Reduction
Serving as a single source of data truth, it saves up 40% time and effort – 24/7, unmanned, and worldwide.
Incresead Testing Effectiveness
Patented Active DoE and AI Machine-Learning provide optimization for the testing process.
We designed CAMEO to support you in many ways:
Streamlined Solution for Functional Testing
CAMEO integrates functional testing into a unified software solution, supporting global tests, optimization, V&V, and calibration. It extracts and interprets test requirements, generates the test in CAMEO, and thus facilitates the execution in various environments. Automated reporting and data transfer streamline the process, seamlessly integrating them into automation pipelines. .
Smooth Test-Transition Across Testing Environments
With CAMEO, a test needs to be set up only once. In addition, the test environments can be effortlessly switched. This is enabled by the CAMEO architecture: the test and test system are split. Furthermore, CAMEO supports various test environments (such as SiL, HiL, testbeds, and vehicle environments) thanks to its numerous interfaces (such as ASAM-XiL and PUMA).
Optimizing Testing Processes With Artificial Intelligence
AVL's solution delivers precise measurements and consistently reliable targeted results. Through CAMOE's Active DoE, test designs are strategically guided, aligning with desired objectives.
Our software is constantly in development and is now the all-in-one platform with integrated functional testing for automotive software and enables the integration into a DevOps toolchain.
– Marijn Hollander, Senior Group Product Manager, AVL
From 200 to 4 Days Simulation to Identify Critical ADAS Scenario
Scenario based virtual validation of ADAS functions using AVL CAMEO™ Active DoE
Smart and Standardized Methology for optimization of an e-drive system
The consistency in the data acquisition and processing, as well the robust and stable usage of automation and calibration methods increased the efficiency of the Hitachi Astemo test field and the quality of the global E-Drive calibration process.
Future-Prooving a test environment with AVL Multsync Technology™
Simple and efficient integration of systems in a test field as a success factor for globally-acting OEMs in the automotive industry
Mastering H2 ICE Calibration and Validation With Well-Proven Methods and Tools
How AVL CAMEO 5™ helped DEUTZ to test and calibrate an H2 engine on the testbed
DUCATI Corse Mode-Based Approach for Engine Performance Optimization
Model-based testing and optimization supports Ducati Corse in improving performance, driveability, durability and fuel consumption of their race engine
Are you curious about our extended portfolio? Discover how CAMEO smoothly fits with AVL’s entire product and solution landscape.
CRETA is a calibration data lifecycle management system designed for the calibration of all vehicle control units.
Experience real-world simulations in miscellaneous testing and calibration environments like Software-in-the-Loop (SiL), Hardware-in-the-Loop (HiL), testbeds and vehicles.
Virtualize your development process from configuration to SOP.
Intelligent automation, quick and easy
Moving steadily into the future: Find out what’s brand new in the field of CAMEO.
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Watch this on-demand webinar to learn more about functional testing and understand the benefits of a HV integration testing approach.
The software industry has shown that DevOps approaches offer many advantages, including faster value chain and time to market, additional business models, and quick and frequent updates to improve the customer experience.