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The proposed identity card processing system revolutionizes the traditional, manual, and semi-automated ID card creation processes by integrating advanced web technologies and artificial intelligence (AI). Designed for efficiency and user-friendliness, this system employs React JS and JavaScript for seamless operation, enabling students to input required details and generate a printable ID card within 15 min. This contrasts significantly with the time-consuming manual design methods using applications like CorelDRAW or Photoshop. Incorporating AI-driven features such as customizable designs and face detection technology ensures quick and accurate retrieval of student data from the school database. The system emphasizes real-time data processing, cross-platform accessibility, and a secure, intuitive interface, allowing users and administrators to handle ID card requests efficiently from any internet-enabled device. By addressing the limitations of existing methods, this automated solution ensures flexibility, reliability, and enhanced usability, making ID card issuance streamlined and error-free. The final system aligns with modern technical and operational requirements, delivering robust functionality and improved organizational efficiency.

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The Use of AI Technology for Optimization of Online ID Card Generating System for Schools

  • 会议论文

  • 发表日期：

    2026年

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  • Payal Khode,
  • Shailesh Gahane,
  • Arya Kapse,
  • Pankajkumar Anawade,
  • Deepak Sharma

摘要

The proposed identity card processing system revolutionizes the traditional, manual, and semi-automated ID card creation processes by integrating advanced web technologies and artificial intelligence (AI). Designed for efficiency and user-friendliness, this system employs React JS and JavaScript for seamless operation, enabling students to input required details and generate a printable ID card within 15 min. This contrasts significantly with the time-consuming manual design methods using applications like CorelDRAW or Photoshop. Incorporating AI-driven features such as customizable designs and face detection technology ensures quick and accurate retrieval of student data from the school database. The system emphasizes real-time data processing, cross-platform accessibility, and a secure, intuitive interface, allowing users and administrators to handle ID card requests efficiently from any internet-enabled device. By addressing the limitations of existing methods, this automated solution ensures flexibility, reliability, and enhanced usability, making ID card issuance streamlined and error-free. The final system aligns with modern technical and operational requirements, delivering robust functionality and improved organizational efficiency.