Design and creation of an ultrasonic intelligent bra dedicate to a soft screening and diagnosis of breast abnormalities: Cancer Application
A smart bra has been developed using an integrated ultrasound concept dedicated to "Real Time" scanning for breast abnormalities. This individual breast imaging device uses ultrasound sensors whose morphological and electromechanical characteristics have been optimized to cover the entire breast. The detection and visualization of breast tissue anomalies are ensured by combining the principle of phantom detection with an Artificial Intelligence module using data from bio-compatible sensors and dedicated mathematical functions. The connected function of the device offers considerable potential for individual and personalized use. The expert system's decision informs the subject concerned about potentially suspicious areas of the breast in order to optimize an appropriate therapy.
Design of an intelligent ultrasound bra for screening and diagnosing breast anomalies: Application to cancer
An intelligent bra has been developed using an integrated ultrasound concept dedicated to "Real Time" scanning of breast anomalies. This individual breast imaging device uses ultrasound sensors whose morphological and electromechanical characteristics have been optimised to cover the entire breast. Breast tissue anomalies are detected and displayed by combining the principle of phantom detection with an Artificial Intelligence module using data from bio-compatible sensors and dedicated mathematical functions. The connected function of such a device offers considerable potential for individual, personalised use. The expert system's decision informs the subject concerned of the potentially suspect areas of the breast in order to optimise an appropriate therapy.
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Amira Godih, Georges NassarToshima Z Parris, Nadine Saad, Elie Helou, Per Karlsson, Khalil Helou, "Design and Creation of a Wearable Circular Ultrasonic Device for a Soft Screening and Diagnosis of Breast Abnormalities", Journal of Cancer Science and Clinical Therapeutics, 3 (4), 251-265, (2019), Doi: 10.26502/jcsct.5079039
