handpose-facemesh-demos
🎥🤟 8 minimalistic templates for tfjs mediapipe handpose and facemesh
The world's first benchmark for autonomous vehicle planning.
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nuplan_sensor_data_tutorial.ipynb to get you started.Dockerfile.submissionPlease refer to the installation page for detailed instructions on how to setup the devkit.
Please refer to the dataset page for detailed instructions on how to download and setup the dataset.
Please follow these steps to make yourself familiar with the nuPlan dataset:
Familiarize yourself with the main features of nuPlan and the dataset description.
Setup the devkit and dataset as described above.
Walk through the tutorials in this folder or run them yourself using jupyter notebook ~/nuplan-devkit/tutorials/<filename>.ipynb and replacing <filename> with the tutorial's name. The following tutorials are available:
nuplan_framework.ipynb: Main tutorial for anyone who wants to dive right into ML planning.
It describes how to 1) train an ML planner, 2) simulate it, 3) measure the performance and 4) visualize the results.nuplan_scenario_visualization.ipynb: Tutorial for visualizing various scenario types contained within the nuPlan dataset (e.g. unprotected turns, lane changes, interactions with pedestrians and more).nuplan_planner_tutorial.ipynb: Tutorial with instructions on how to develop and simulate a planner from scratch within the nuPlan framework.nuplan_advanced_model_training.ipynb: This notebook will cover the details involved in training a planning model in the NuPlan framework. This notebook is a more detailed deep dive into the NuPlan architecture, and covers the extensibility points that can be used to build customized models in the NuPlan framework.Familiarize yourself with the nuPlan CLI, which gets installed by installing the devkit using pip (editable and not)
by running:
nuplan_cli --help
nuplan_cli COMMAND --help
Read the nuPlan paper to understand the details behind the dataset.
Training configurations are important to ensure your expected system performance, for example preprocessing cost, training speed, and numerical stability. If you encounter problems related to aforementioned aspects, please refer to performance tuning guide to find potential solutions.
Our code is organized in these directories:
nuplan_devkit
├── ci - Continuous integration code - not relevant for average users.
├── docs - Readmes and other documentation of the repo and dataset.
├── nuplan - The main source folder.
│ ├── common - Code shared by "database" and "planning".
│ ├── database - The core devkit used to load and render nuPlan dataset and maps.
│ ├── planning - The stand-alone planning framework for simulation, training and evaluation.
│ ├── submission - The submission engine used for the planning challenge.
│ └── cli - Command line interface tools for the nuPlan database.
└── tutorials - Interactive tutorials, see "Getting started".
Please use the following citation when referencing nuPlan:
@INPROCEEDINGS{nuplan,
title={NuPlan: A closed-loop ML-based planning benchmark for autonomous vehicles},
author={H. Caesar, J. Kabzan, K. Tan et al.,},
booktitle={CVPR ADP3 workshop},
year=2021
}
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