Learning Bit: Code Coverage & ISO 26262 - Is it Really Dead?
When testing code for embedded software, especially in the context of ISO 26262, how much code coverage should we set out to achieve … 80%, 90%, 100%? Watch this Learning Bit podcast featuring dSPACE and our strategic partner BTC Embedded Systems to find out what is attainable and how to distinguish between useless code and harmful code.
Applications of the future, such as those for autonomous driving, are becoming increasingly complex, and so is their approval. But drivers and authorities must be able to trust that the applications and technologies are absolutely safe, and proof of their safety must be reliable.
As your partner in simulation and validation, dSPACE is by your side throughout the entire development and test process, up to homologation and the certification of your complex applications.
Video: dSPACE Model Compare – Merging Models Stored in a Version Control System Like Git
This video shows you how to use dSPACE Model Compare from a version control system, such as Git, to merge differences and solve conflicts between two model versions.
Are you facing the challenge of implementing and executing charging-standard-specific tests to ensure interoperability between electric vehicles and charging stations? Learn how the dSPACE solution for smart charging supports you with standardized conformance tests as defined in ISO 15118-4.
For testing complete electronic braking systems and their individual power electronic components under realistic operating conditions, we offer a wide range of test systems, including test benches with real braking system components. Learn how our solution portfolio can help you meet the challenges in this area.
New Product: Communication Matrix Manager for Easy Handling of Communication Matrices
The stand-alone dSPACE Communication Matrix Manager visualizes modeled communication in a user-readable format and provides syntax and semantics checks as well as comparisons of different communication matrices, making your work a lot easier.
Video: Validating Next-Generation Radar Sensors in the Lab
4-D imaging radars have become an important enabler for highly automated and autonomous driving. As these sensors require demanding test systems, dSPACE developed the Radar Test Bench – Advanced 6D.
This test bench allows for reproducible and precise tests in the laboratory by over-the-air stimulation of radar sensors in all dimensions.
