Data fusion for automated driving

Data fusion results

Current topics

BASELABS Data Fusion Forum 2019

Data fusion experts meet practitioners: We initiate the first BASELABS Data Fusion Forum on June 18th in Munich, Germany. It provides a unique opportunity for discussion and exchange between data fusion experts and practitioners. Our vision is that during this conference, every participant will achieve a relevant learning effect and can return to his or her work with new ideas and inspiration.

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BASELABS Data Fusion Barbecue, June 27th, 2019 – be part of it!

Discover your job prospects, learn more about a honored „Great Place to Work“ and network with us. Get to know BASELABS and its young dynamic team and discuss with our software developers, project engineers and data fusion experts about a key technology of autonomous driving and how you can contribute to it. We invite you to spend a great summer evening with us.

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BASELABS is a certified Great Place to Work®

BASELABS was honored at the Great Place to Work® competition 2017 and 2019 as one of the best places to work in Germany in the branch of information and communication technology and in 2019 also in the small and medium-sized business category (20 - 49 employees).

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New data fusion tool for series production

BASELABS Create Embedded is the new tool for the development of embedded data fusion systems for automated driving functions. The resulting data fusion library is suitable for series production and runs on typical embedded hardware platforms.

BASELABS Create Embedded
Better AEB driving experience through data fusion

Data fusion increases the data quality of sensors and combines the strengths of multiple sensors. Due to the increased data quality, AEB systems are more precise, reliable and safe.

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About sensor fusion

Sensor data fusion is one of the most important building blocks for automated vehicles. In the process of sensor fusion, the results of different sensors are combined to obtain more reliable and meaningful data. In the context of automated driving, the term usually refers to the perception of the environment of a vehicle using vehicle sensors such as radars, cameras and lidars.

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