Year: 2025
Type: article
Abstract: The proposed work introduces a next-generation colposcopy solution in which artificial intelligence (AI) can be seamlessly integrated into the colposcope instrument itself for early detection of cervical cancer. Unlike traditional approaches that rely on offline analysis, the developed framework enables real-time processing of colposcopic images directly within the clinical workflow. The system incorporates a series of specialized AI modules: a Swin Transformer for specular reflection removal, a Modified Gaussian Mixture Model optimized with the Mexican Axolotl Algorithm for precise segmentation of the cervix, and an EfficientNet-B0 architecture enhanced with hybrid attention for robust classification of lesions. The dataset includes time-series cervigrams captured under saline, acetic acid, and Lugol’s iodine application, along with corresponding clinical metadata to improve diagnostic reliability. Once integrated into the colposcope’s imaging pipeline, each captured image is automatically processed to generate immediate diagnostic insights, assisting clinicians in on-the-spot lesion detection and classification. This embedded design eliminates the need for manual data transfer or external computation, streamlining examinations and reducing subjectivity in interpretation. The proposed AI-powered colposcope represents a clinically adaptable and scalable tool that can significantly improve early detection rates, particularly in high-volume and resource-limited healthcare settings, ultimately supporting better patient outcomes.
Authors: Lalasa Mukku, Vikas Burri
Institutions: Christ University, Colorado State University
Language: English
Topic: AI in cancer detection
Subfield: Artificial Intelligence
Field: Computer Science
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4414027379