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Asia Residential Teleoperation Video Dataset
Teleoperation & Robot State Data
Tags and Keywords
£46,176
About
The Asia Residential Teleoperation Dataset is a collection of teleoperation demonstration videos captured in residential environments across Asia using a GoPro or equivalent camera. The videos are recorded in 4K and 1080p at 30/60 FPS using H.264/H.265 encoding. This dataset supports robotics, teleoperation, imitation learning, robot manipulation, and embodied AI research by providing real-world human-controlled task demonstrations.
Data Product Features
| Feature | Description |
|---|---|
| Environment | Residential |
| Data Type | Teleoperation Video |
| Region | Asia |
| Camera | GoPro or equivalent |
| Resolution | 4K / 1080p |
| Frame Rate | 30 FPS / 60 FPS |
| Video Codec | H.264 / H.265 |
| Audio | No |
| Motion Level | Medium |
| Recording Style | Human teleoperation demonstrations |
Distribution
Format
- MP4 video files
Encoding
- H.264 / H.265
Structure
- Folder-based organization containing individual teleoperation recordings.
Data Volume
- Approximate Duration: 20 hours
- Approximate Storage Size: 140 GB
- Approximate Video Records: 600
Usage
This dataset is ideal for a variety of applications:
- Teleoperation: Training and evaluating teleoperation systems.
- Imitation Learning: Learning robotic manipulation from human demonstrations.
- Robot Manipulation: Developing grasping and object interaction models.
- Embodied AI: Training agents to perform real-world manipulation tasks.
- Computer Vision: Understanding first-person manipulation scenes.
- Academic Research: Robotics and autonomous systems research.
Coverage
Geographic Coverage
Asia
Time Range
- Start Date: Not specified
- End Date: Not specified
Demographics
- Adults (where applicable)
- Mixed gender participants
- Residential indoor environments
- Human-operated teleoperation tasks
License
CC0 (Creative Commons Zero)
AI Training Rights
Licensee is granted a non-exclusive, worldwide, and perpetual right to:
- Use the Data Product to train, fine-tune, and evaluate machine learning models, including large language models.
- Incorporate Data Product content into models and commercialize resulting model outputs.
- Create derivative works (model weights, embeddings, feature representations, etc.) for any lawful purpose.
Restrictions
- The Data Product itself may not be sold, redistributed, or shared as a standalone dataset outside of licensed usage.
- Users must comply with all applicable privacy, data protection, and intellectual property laws.
Who Can Use It
- Data Scientists: Train robotics and imitation learning models.
- Researchers: Conduct research in teleoperation, robot learning, and embodied AI.
- Robotics Engineers: Develop robot control and manipulation systems.
- Businesses: Build AI-powered robotics and automation solutions.
- Universities: Support robotics education and benchmarking.
Data Dictionary
| Column Name | Data Type | Description | Possible Values/Notes |
|---|---|---|---|
| Video_ID | String | Unique identifier for each recording | Unique value |
| Video_File | Video | Teleoperation video recording | MP4 |
| Environment | String | Recording environment | Residential |
| Region | String | Geographic region | Asia |
| Camera_Device | String | Recording device | GoPro or equivalent |
| Resolution | String | Video resolution | 4K, 1080p |
| Frame_Rate | Integer | Recording frame rate | 30, 60 FPS |
| Video_Codec | String | Video compression codec | H.264, H.265 |
| Audio | Boolean | Audio availability | No |
| Motion_Level | String | Motion intensity | Medium |
| Task_Type | String | Teleoperation task performed | Various manipulation tasks |
| Duration | Float | Length of recording | Seconds or minutes |
| File_Size | Float | Video file size | MB or GB |
| Timestamp | DateTime | Recording timestamp | If available |
Additional Notes
- Recorded using a GoPro or equivalent camera.
- Captured in real residential environments across Asia.
- Videos are available in 4K and 1080p at 30/60 FPS using H.264/H.265 encoding.
- Designed for teleoperation, imitation learning, robotic manipulation, embodied AI, and computer vision research.
- The streaming preview may appear lower quality; however, the downloaded files are provided in full-resolution quality.
- Suitable for both academic research and commercial AI development under the CC0 license.
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