YOLOv8-3D is a lightweight and user-friendly library designed for efficient 2D and 3D bounding box object detection in Advanced Driver Assistance Systems (ADAS). With its intuitive API and comprehensive features, EasyADAS makes it straightforward to integrate object detection capabilities into your ADAS projects.

This API supports for easy understanding and integrate 3D perception, systems can make more informed decisions and operate effectively in complex, real-world environments.

• Simplified API: YOLOv8-3D provides a straightforward API that allows you to quickly implement object detection in your ADAS system.
• 2D and 3D Bounding Boxes: Detect both 2D and 3D bounding boxes for accurate spatial understanding of objects.
• Efficient Processing: Leverage optimized algorithms for fast and reliable object detection performance.
• Flexible Integration: EasyADAS is designed to seamlessly integrate with existing ADAS systems and frameworks.
• Comprehensive Documentation: Extensive documentation and examples ensure that you can get started quickly and easily.
• Scalable: Scale your detection capabilities by leveraging EasyADAS in a variety of scenarios and environments.
• supports all best and and state of the art CNN models and easy training setup.
• added augmentations for 3d .
• api supports Resnets, VGG nets, mobilenets, Efficientnets , MOT-Tracker

augmentations for better training, automated backup training and results plot

• Python 3.x (tested on 3.10, Ubuntu 22.04)
• OpenCV
• Tensorflow
• PyTorch
• NumPy
• KITTI 3d dataset download from here
• Visualize KITTI Objects in Camera, Point Cloud and BEV in Videos

1. Clone this repository.
2. Install the required dependencies

conda create -n test1 python=3.10 -y
conda activate test1
pip install tensorflow

For more detailed tensorflow gpu installation instructions and options, refer to this documentation.

####### select model on train.py  ########
# select_model = 'resnet50'
# select_model ='resnet101'
# select_model = 'resnet152'
# select_model = 'vgg11'
# select_model = 'vgg16'
# select_model = 'vgg19'
# select_model = 'efficientnetb0'
# select_model = 'efficientnetb5'
select_model = 'mobilenetv2'

###[INFO] set num of iterations to run (train.py) on (run_train.sh) file /// this automatically saves training info for every 20 epochs.
bash run_train.sh

recommended new environment to infer models only on cpu

conda create -n test2 python=3.10 -y
conda activate test2
pip install tensorflow ultralytics

python demo.py

set
## BEV_plot = True
## TracK = True

Contributions are welcome! If you find any issues or have suggestions for improvements, please open an issue or submit a pull request.