Rear/Surround Camera ADAS Software

NCAP-compliant ADAS AI for your specific application

Brodmann17 offers surround view ADAS software that uses groundbreaking AI to provide life-saving alerts with 360 degrees coverage. It is provided either as a complete black-box solution trained on extremely challenging weather conditions and scenarios or tailor-made for your specific application and can be differentiated using your specific SOC and features.  The solution supports fisheye or wide angle cameras RGB/YUV, resolution from QVGA to 4K.

Surround View Perception Building Blocks

A set of fundamental building blocks designed for the industry’s toughest standards. These modules are based on our deep learning vision technology that accurately detects vehicles, pedestrians, and other objects at just a fraction of computing power.

PD

PD (Pedestrian Detection)

OD

OD (Object Detection)

Target tracking

OL (Obstructed Lens)

OM

Object Measurements

Surround View Functions

A set of NCAP-compliant functions that protects against a variety of accidents. All functions rely on our field-proven ADAS building blocks and have been exhaustively tested and optimized to surpass NCAP minimal requirements.

RCW

(rear collision warning) pedestrian/vehicle collision warning

BSD

Identifying objects in blindspot areas to ensure safe lane changes

Vailable reference designs

To jumpstart your ADAS product you could choose from a variety of available reference designs

Ambarella CV2/22

NXP S32V

Maximal Range [meters]

20

10

Maximal supported Cameras

4

2

Delivering world-class software stack for advanced driver assistance systems and automated driving

Rear-camera/surround view

  1. Pedestrian (other detections?) alert Rear or 360 (surround) applications
  2. Rear wide angle or fisheye camera
  3. From SD to HD resolution; 12 pixel height
  4. Arm Cortex A53 or higher 
  5. Obstructed lens detection 

Fisheye/wide-angle cameras, RGB/YUV, resolution from QVGA to 4K

Minimum processing: ARM core A53, CEVA XM4 DSP

Reference design: Raspberry Pi 3, ARM 2A53, CEVA XM4 DSP

 

Contact us to

Evaluate required processor needs based on your camera/lens capabilities

Receive guidance on data collection and annotation

Define the specifications based on the needs and target product

Learn about sensor fusion options

Learn how to implement Brodmann17’s technology in your product within a few weeks

Evaluation and testing