VIVID: Virtual Environment for Visual Deep Learning

Due to the advances in deep reinforcement learning and the demand of large training data, virtual-to-real learning has gained lots of attention from computer vision community recently. As state-of-the-art 3D engines can generate photo-realistic images suitable for training deep neural networks, researchers have been gradually applied 3D virtual environment to learn different tasks including autonomous driving, collision avoidance, and image segmentation, to name a few.

Released in: VIVID: Virtual Environment for Visual Deep Learning

Source: VIVID - Virtual Environment for Visual Deep Learning

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Summary

Due to the advances in deep reinforcement learning and the demand of large training data, virtual-to-real learning has gained lots of attention from computer vision community recently. As state-of-the-art 3D engines can generate photo-realistic images suitable for training deep neural networks, researchers have been gradually applied 3D virtual environment to learn different tasks including autonomous driving, collision avoidance, and image segmentation, to name a few.

Uknown

Images in dataset

2018

Year Released

Key Links & Stats

kuanting / vivid

scenebox

Modalities

  1. Still Image
  2. Video

Verticals

  1. A/V

ML Task

  1. Object Detection
  2. Autonomous Vehicles

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