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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 Ultrasound Scene Description (CAV-USD) AIM:

Receives Ultrasound  Object From Ultrasound 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, RADAE, Offline Map Descriptors
Produces Ultrasound 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 Ultrasound Scene Description (CAV-USD) AIM.

Figure 1 – The Ultrasound Scene Description (CAV-USD) AIM

3      I/O Data

Table 1 specifies the Input and Output Data of the Ultrasound Scene Description (CAV-USD) AIM.

Table 1 – I/O Data of the Ultrasound Scene Description (CAV-USD) AIM

Input Data Description
Spatial Attitude CAV’s Spatial Attitude From the Spatial Attitude Generation AIM.
Ultrasound Object From Ultrasound sensor.
Basic Environment Descriptors Previously computed Basic Environment Descriptors.
Other EST Scene Descriptors Audio, Visual, LiDAR, RADAE, Offline Map Descriptors
Output Data Description
Alert Forwarded to Autonomous Motion Subsystem.
Ultrasound Scene Descriptors Output RADAR Scene Descriptors.

4      SubAIMs

No SubAIMs.

5     JSON Metadata

https://schemas.mpai.community/CAV1/V1.1/AIMs/UltrasoundSceneDescription.json

6 Profiles

No Profiles

7     Reference Software

8     Conformance Testing

9     Performance Assessment