Panasonic Industry and Sensible 4 announce research and testing collaboration with new IMU for full self-driving vehicle software
Backed-up by experience, challenged by the weather: Based in Espoo, Finland, Sensible 4 pioneers software solutions for autonomous driving under real-life and particular weather conditions. with new IMU for full self-driving vehicle software
Eager to take self-driving reliability and accuracy to the next level, Sensible 4 and Panasonic Industry Europe now announced a joint test project levering the synergies between Sensible 4’s proven self-driving software and the benefits of Panasonic Industry’s unrivaled Inertial Measurement Unit (IMU).
To briefly recapitulate: The IMU plays an essential role in the sensor fusion process, which is more or less the fundament for driving autonomy by merging/synchronizing the data with other sensors – such as, for instance, odometry, GNSS and lidar.
“The IMU is employed to rectify the point cloud and thus impacts the accuracy of lidar data”, explains Fredrik Forssell from Sensible 4. “Our software is expected to be ideally flexible and reliable to next-gen sensor hardware – and of course we are utterly excited to now commence this in depth-testing period with the 6 axis sensor from Panasonic Industry. We are curious about the outcomes, but strongly believe in groundbreaking insights on the alignment of soft- and hardware for autonomous driving.”
Specialists of both companies shortly will kick-off an extensive evaluation period with plenty of tests and analyses.
“This project is a special one to all of us”, says Ryosuke Toda from Product Marketing at Panasonic Industry in Munich. “We are deeply interested in sending out our new sensor to this freezing baptism by fire to Finland and learn more on its readiness to contribute to that new level of mobility that we all eagerly waiting for.”
Learn more on this joint project on www.sensible4.fi and stay tuned for any new insights and testing results.
First large-scale inference cluster with Together AI on IBM Cloud using NVIDIA HGX B300 systems to help…
The 24-month program will develop real-time process monitoring capabilities for the F3300 and F900 industrial…
OpenLight’s PDK is now available on Cadence’s EDA tools, enabling PIC development on Tower’s PH18DA…
Under the agreement, Ashtrom Industries will evaluate the material's performance and its potential integration into…
LASER COMPONENTS has expanded its offering of custom thin-film polarizers (TFPs) for high-power laser applications…