Old Person and Children Contour Segmentation Dataset

Project Overview:

Objective

To craft a comprehensive dataset tailored for the segmentation of contours specifically for elderly individuals and children, we aim to advance solutions in healthcare, surveillance, and age-specific interactive technologies. Thus, by focusing on these particular demographics, we can develop more precise and effective tools.

Scope

To gather a varied collection of images featuring the elderly and children in different settings and poses, every image will have pixel-wise annotations that precisely define the contours of these individuals, distinguishing them from other elements within the frame.

Old Person and Children Contour Segmentation Dataset
Old Person and Children Contour Segmentation Dataset
Old Person and Children Contour Segmentation Dataset
Old Person and Children Contour Segmentation Dataset

Sources

  • To gather a varied collection of images featuring the elderly and children in different settings and poses, we need to consider several key factors. First and foremost, the images should encompass a wide range of environments to provide a comprehensive dataset. These settings might include indoor environments such as homes, classrooms, and senior centers, as well as outdoor locations like parks, playgrounds, and city streets. Each setting will contribute unique contextual elements that will be useful for different applications.
case study-post
Old Person and Children Contour Segmentation Dataset
Old Person and Children Contour Segmentation Dataset

Data Collection Metrics

  • Total Images: 18,000
  • Elderly Individuals: 9,000
  • Children: 9,000

Annotation Process

Stages

  1. Image Pre-processing: To begin with, adjustments for light balance, resolution enhancement, and normalization are performed to guarantee consistent image quality.
  2. Pixel-wise Segmentation: Next, using advanced software tools, annotators meticulously demarcate every pixel to trace the contours of elderly individuals and children.
  3. Validation: Finally, each annotated image undergoes review by a second annotator to ensure utmost accuracy.

Annotation Metrics

  • Total Pixel-wise Annotations: 18,000 (One for each image)
  • Average Annotation Time per Image: 20 minutes (Given the intricacy of human contours)
Old Person and Children Contour Segmentation Dataset
Old Person and Children Contour Segmentation Dataset
Old Person and Children Contour Segmentation Dataset
Old Person and Children Contour Segmentation Dataset

Quality Assurance

Stages

Automated Model Cross-check: Preliminary contour segmentation models validate the consistency and accuracy of annotations.
Peer Review: Additionally, expert annotators randomly review images to uphold a benchmark of quality.
Inter-annotator Agreement: Moreover, certain images are re-annotated by different professionals to ensure uniformity in the segmentation process.

QA Metrics

  • Firstly, Annotations Validated by Models: 9,000 (50% of total images).
  • Additionally, Peer-reviewed Annotations: 5,400 (30% of total images).
  • Moreover, Inconsistencies Identified and Rectified: 540 (3% of total images).

Conclusion

The Old Person and Children Contour Segmentation Dataset is a pivotal initiative in the world of computer vision, especially catering to age-specific applications. Whether it’s for healthcare monitoring, interactive educational tools for children, or ensuring the safety of vulnerable populations, this dataset sets the stage for remarkable technological advancements catered to both our young and elderly.

Technology

Quality Data Creation

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Guaranteed TAT

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

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HIPAA Compliance

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GDPR Compliance

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Compliance and Security

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