To all of you working on automated vehicles:
"Is the efficient development of safe automated driving your primary goal? Then we speak the same language. We are ready to share an open, end-to-end simulation and validation solution with you."

From Sensing over Planning to Acting – our Development and Validation Solutions for ADAS/AD

End-to-end development and test environment: To help you put the idea of autonomous driving on the road, dSPACE offers comprehensive solutions and services for the data-driven development, simulation, and validation. dSPACE solutions provide an open and integrated development and test environment – from data logging and production software development to homologation, sensor testing, and aftermarket.

Data-Driven Development
Data-Driven Development

Data-Driven Development

Get a head start on sensing and planning with an artificial-intelligence-assisted, open, and seamless solution for data-driven development of autonomous vehicles (AV), from data logging and annotation to data replay - complemented by sensor data management.

More about Data-Driven Development

Data Logging

Record sensor raw data and vehicle bus data with a robust in-vehicle data logging system providing outstanding performance and accurate time stamping.

Data Annotation

Enrich sensor data with best-in-class quality and automation. Optionally anonymize images to be compliant with GDPR, AAPI, CSL, CCPA.

Data Replay

Quickly test and validate your ADAS/AD systems through time-synchronous replay of sensor raw data and vehicle bus data with an unmatched level of accuracy and fidelity of recorded real-world data output via standard and custom interfaces.

Sensor Data Management

Validate your perception, fusion, and path-planning algorithms by efficiently managing petabytes of test-drive data.

Rapid Prototyping
Rapid Prototyping & Machine Learning

Rapid Prototyping & Machine Learning

Bring your ideas to life in the vehicle, with compact rapid prototyping systems for both data-driven development and model-based functions for mechatronic controllers.

Production Software Development
Production Software Development

Production Software Development

Model control functions and generate high-quality production code that is compliant for AUTOSAR Classic and Adaptive as well as other platforms.

SIL & HIL Testing - Complemented by Over-the-Air Testing and Scenario Generation
SIL & HIL Testing

SIL & HIL Testing

SIL: Simulate and validate complex software functions or complete virtual ECU networks even in early development stages on highly scalable cloud or PC-based software-in-the-loop (SIL) simulation platforms with virtually unlimited test runs.

HIL: Validate real sensors and ECUs under real-time in-vehicle conditions through the high fidelity and performance of hardware-in-the-loop (HIL) simulation.

Benefit from seamless SIL and HIL testing: Reuse test artifacts for both SIL and HIL – without converting them between different platforms. This reduces errors and saves both time and costs.

Over-the-Air Testing

Over-the-Air Testing

Validate the function and performance of sensors including frontends and control units at the physical – particularly realistic – level by convenient to use over-the-air testing (OTA).

Scenario Generation

Scenario Generation

Elevate your test and validation activities with real-world scenarios, including hazardous situations generated synthetically or automatically from sensor raw data.

End-of-Line Sensor Testing & Periodical Technical Inspections
End-of-Line Testing

End-of-Line Testing

Ensure that every single mass produced radar sensor meets its specifications by performing fully automated, accurate, and cost-effective high-throughput end-of-line (EOL) testing.

Periodic Technical Inspections

Periodic Technical Inspections

Continuously prove the functionality, safety, and conformity of automated driving systems through periodic technical inspections (PTI) of sensors and control units.

This sounds interesting. Get in touch:

お客様の声

コンサルティングおよびエンジニアリングサービス

すべての開発段階をサポート

すべての開発段階をサポート

自動運転の分野において、これまで以上にセーフティクリティカルな機能を備えた複雑なE/Eシステムやソフトウェアを開発する場合に課題となるのは、機能の信頼性をどのようにして保証するかということです。そのため、dSPACEでは、機能安全、テスト方式の開発、および複雑なE/Eプロセスの検証と妥当性確認のためのエンドトゥエンドのソリューションを提供し、プロジェクトの初期段階から認証までをサポートしています。

dSPACEシステムは容易に稼働させることができます。しかし、プロジェクトが複雑な場合、個別のソリューションを必要とする場合、または十分な時間がない場合には、dSPACEの迅速で信頼性の高い優れたエンジニアリングサービスを利用することもできます。

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