Panoptic Scenes Segmentation Dataset

Project Overview:

Objective

In this project, we have meticulously developed a comprehensive dataset tailored for panoptic segmentation. This innovative dataset merges the nuances of both semantic and instance segmentation across diverse scenes. Consequently, it marks a significant leap in fields like urban planning, autonomous driving, robotics, and augmented reality.

Scope

Our team’s dedicated efforts have culminated in the acquisition of an extensive array of images, depicting a variety of scenes including urban, rural, indoor, and natural landscapes. Moreover, each image in our dataset comes with detailed pixel-wise annotations, precisely differentiating and outlining every object and background element.
Panoptic Scenes Segmentation Dataset
Panoptic Scenes Segmentation Dataset
Panoptic Scenes Segmentation Dataset
Panoptic Scenes Segmentation Dataset

Sources

  • Collaborative efforts with city councils for urban and traffic scenes.
  • Additionally, forming partnerships with natural reserves and national parks allows us to capture the essence of nature more effectively.
  • Furthermore, leveraging open-source imagery platforms will provide us with a wider perspective.
  • To increase our reach even more, we encourage crowdsourced contributions through our dedicated applications.
case study-post
Panoptic Scenes Segmentation Dataset
Panoptic Scenes Segmentation Dataset

Data Collection Metrics

  • Total Scenes Collected: 25,000
  • Urban Scenes: 10,000
  • Rural Landscapes: 4,000
  • Indoor Settings: 6,000
  • Natural Environments: 5,000
  • Total Scenes Annotated: 20,000

Annotation Process

Stages

  1. Image Pre-processing: To ensure each image meets our high standards of quality, we perform color balancing, sharpening, and normalization.
  2. Pixel-wise Segmentation: Equipped with the latest tools, our annotators meticulously label every pixel, thereby creating a comprehensive segment map.
  3. Validation: A secondary team of experts then reviews the annotations to ensure utmost accuracy.

Annotation Metrics

  • Total Pixel-wise Annotations: 20,000
  • Average Annotation Time per Scene: 40 minutes, reflecting the intricacy of our work.
Panoptic Scenes Segmentation Dataset
Panoptic Scenes Segmentation Dataset
Panoptic Scenes Segmentation Dataset
Panoptic Scenes Segmentation Dataset

Quality Assurance

Stages

Automated Model Assessment: We employ cutting-edge models to ensure annotation accuracy. Consequently, this allows us to identify and correct any discrepancies efficiently.
Peer Review: Additionally, experienced annotators cross-check a subset of images for consistency. This step further guarantees the reliability of our annotations.
Inter-annotator Agreement: Moreover, we randomly select images for multiple annotators to review. This practice helps us establish a standard of excellence and maintain high-quality annotations.

QA Metrics

  • Annotations Verified using Models: 12,500 (50% of total annotated scenes)
  • Additionally, we have Peer-reviewed Annotations: 8,000 (40% of total annotated scenes)
  • Moreover, we identified Inconsistencies Identified and Rectified: 1,000 (5% of total annotated scenes)

Conclusion

The Panoptic Scenes Segmentation Dataset represents a revolutionary stride in the domain of computer vision. By encompassing a broad spectrum of scenarios, ranging from bustling urban streets to serene natural vistas, this dataset aims to become the cornerstone for next-generation visual recognition systems. Its precision and depth promise to propel forward applications in urban planning, autonomous mobility, and beyond.

Technology

Quality Data Creation

Technology

Guaranteed TAT

Technology

ISO 9001:2015, ISO/IEC 27001:2013 Certified

Technology

HIPAA Compliance

Technology

GDPR Compliance

Technology

Compliance and Security

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