Vehicles with automated functions require sensors to perceive the environment around them. The sensor suite used usually contains cameras, radar sensors, and LiDAR sensors. Testing automated functions only in the real-world requires a large amount of time and resources. Therefore, there is a benefit to testing automated functions in...
For the second season in a row, Claytex has taken a (rather long) field trip up to Scotland. This season we moved to a different site, again in the foothills of the Cairngorms, near Pitlochry. But this time, we were able to organise a site with a lot more...
Previously, we have covered how to model the reflection of an electromagnetic wave on a surface (Radar Modelling – Reflection of an EM wave – Claytex). Following up on the modelling of radars, we will now address the antenna beam pattern. One of the most common (and cheapest) types...
Claytex Lidar models for different hardware devices with high accuracy created using weather conditions such as air temperature, humidity and rainfall from a dedicated weather station on-site.
What is a Map Sensor? For a vehicle driving along a road, it can be difficult to define it’s movement. A Map Sensor defines an objects position relative to the road
Many companies are currently developing radar sensors for the autonomous driving application and each system made available will have unique specifications and thus capabilities. To gain a sufficient amount of radar measurements in the real-world, to confirm that a given sensor meets certain requirements, will be both time consuming...
This week we will show you how to insert a state-of-the-art Lidar device within the virtual environment of rFpro. This will allow a user to easily stream and visualize the sensor output on any PC or storage device. The Velodyne HDL-32E is the latest Lidar device to be added...
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