Image Sequence Annotation for Autonomous Driving Scene

Project Overview:

Objective

Image Sequence Annotation: Our goal was to compile a robust dataset comprising image sequences that depict real-world scenarios, essential for the advancement and evaluation of autonomous driving technologies and computer vision algorithms.

Scope

Our expertise enabled us to efficiently gather image sequences from cameras mounted on autonomous vehicles. Additionally, we focused on detailed annotation, covering objects, road features, and diverse driving scenarios. Moreover, we emphasized synchronization for real-time applicability.

Image Sequence Annotation for Autonomous Driving Scene
Image Sequence Annotation for Autonomous Driving Scene
Image Sequence Annotation for Autonomous Driving Scene
Image Sequence Annotation for Autonomous Driving Scene

Sources

  • Successfully collected patient-doctor consultations, health helpline recordings, medical seminars and lectures, and conversational interactions between AI and users in clinical settings. Moreover, general conversational AI samples in diverse scenarios were obtained as well.
Image Sequence Annotation for Autonomous Driving Scene
Image Sequence Annotation for Autonomous Driving Scene

Data Collection Metrics

  • Total Image Sequences: 5,000 sequences
  • Autonomous Vehicle Fleets: 4,000
  • Public Databases: 1,000 (if available)

Annotation Process

Stages

  1. Object Detection Annotation: Each image was meticulously labeled to identify vehicles, pedestrians, and traffic elements.
  2. Additionally Lane and Road Feature Annotation: We marked lanes, intersections, and vital road signs for comprehensive road understanding.
  3. Moreover Driving Scenario Annotation: We classified each sequence into scenarios like urban driving or parking, offering a diverse learning spectrum.
  4. Lastly Synchronization Metadata: We ensured temporal and locational synchronization for seamless real-world application.

Annotation Metrics

  • Images with Object Annotations: Multiple per sequence
  • Lane and Road Feature Annotations: Per sequence
  • Driving Scenario Labels: Per sequence
  • Synchronization Metadata: Per sequence
Image Sequence Annotation for Autonomous Driving Scene
Image Sequence Annotation for Autonomous Driving Scene
Image Sequence Annotation for Autonomous Driving Scene
Image Sequence Annotation for Autonomous Driving Scene

Quality Assurance

Stages

Annotation Verification: Furthermore, implement a rigorous validation process involving domain experts to review and verify the accuracy of object detections, lane annotations, and driving scenario labels.
Privacy Compliance: Additionally, ensure compliance with privacy regulations, including anonymization of any personally identifiable information captured in the images.
Data Security: Moreover, implement robust data security measures to protect sensitive information and maintain data integrity.

QA Metrics

  • Annotation Validation Cases: 500 sequences (10% of total)
  • Privacy Audits: Ongoing to ensure compliance

Conclusion

The Image Sequence Annotation for Autonomous Driving Scene dataset serves as a crucial resource for developing and testing autonomous driving systems. Moreover, with accurate annotations, synchronized sequences, and privacy and security measures in place, it enables the training and evaluation of computer vision algorithms that can enhance the safety and efficiency of autonomous vehicles.

quality dataset

Quality Data Creation

Guaranteed TAT​

Guaranteed TAT

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

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

HIPAA Compliance​

HIPAA Compliance

GDPR Compliance​

GDPR Compliance

Compliance and Security​

Compliance and Security

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