1 Function | 2 Reference Model | 3 Input/Output Data |
4 SubAIMs | 5 JSON Metadata | 6 Profiles |
7 Reference Software | 8 Conformance Texting | 9 Performance Assessment |
1 Functions
The RADAR Scene Description (CAV-RSD) AIM:
Receives | RADAR Object | From RADAR sensor. |
Spatial Attitude | From Spatial Attitude Generation. | |
Basic Environment Descriptors | Earlier version of BED from Basic Environment Description. | |
Other EST Scene Descriptors | Audio, Visual, LiDAR, Ultrasound, Offline Map, | |
Produces | RADAR Scene Descriptors | Sent to Basic Environment Description. |
Alert | Sent to Traffic Obstacle Avoidance of Autonomous Motion Subsystem. |
2 Reference Architecture
Figure 1 depicts the Reference Architecture of the RADAR Scene Description (CAV-RSD) AIM.
Figure 1 – The RADAR Scene Description (CAV-RSD) AIM
3 I/O Data
Table 1 specifies the Input and Output Data of the RADAR Scene Description (CAV-RSD) AIM.
Table 1 – I/O Data of the RADAR Scene Description (CAV-RSD) AIM.
Input Data | Description |
Spatial Attitude | CAV’s Spatial Attitude From the Spatial Attitude Generation AIM. |
RADAR Object | From RADAR sensor. |
Basic Environment Descriptors | Previously computed Basic Environment Descriptors. |
Other EST Scene Descriptors | Audio, Visual, LiDAR, Ultrasound, Offline Map, |
Output Data | Description |
Alert | Forwarded to Autonomous Motion Subsystem. |
RADAR Scene Descriptors | Output RADAR Scene Descriptors. |
4 SubAIMs
No SubAIMs.
5 JSON Metadata
https://schemas.mpai.community/CAV1/V1.1/AIMs/RADARSceneDescription.json
6 Profiles
No Profiles
7 Reference Software
8 Conformance Testing
9 Performance Assessment