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New measurements added to RT-Range
2019-09-14 22:21:09· 作者：TARA CRAIG
A new software feature leverages the power of the RT-Range from Oxford Technical Solutions (OxTS) to save time and effort when multiple sensors need to be validated.
A new software feature leverages the power of the RT-Range from Oxford Technical Solutions (OxTS) to save time and effort when multiple sensors need to be validated.
The new feature, Multiple Sensor Points, is now available to anyone using the RT-Range system to evaluate radar-, lidar- or vision-based sensors. It works by enabling the RT-Range to perform its own detection tests based on real-time data, removing the need for engineers to check if targets are visible to the sensors being tested.
Multiple Sensor Points is well-suited to ADAS applications such as cross-junction, blind spot detection and park-assist, which often need to be validated using multiple sensors and multiple targets. This is because in addition to providing real-time identification of which sensors can see polygon-based targets, the RT-Range also generates several new measurements.
These measurements include: range from sensor to closest point on target polygon; the percentage of the sensor’s view that is occupied by the target; and the percentage of the target that is visible to the sensor.
Whenever a target enters a sensor’s detection area, these measurements are logged internally, but they are also output in real time via CAN and Ethernet along with the RT-Range’s existing measurements, where they can be logged by external data acquisition equipment.
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