Artificial intelligence techniques have witnessed a great development in the medical field, as it has played a pivotal role in improving diagnostic and medical imaging.
In this context, a research team from the Japanese University of Osaka announced the development of a new system based on artificial intelligence, capable of defining the veins of the hand with higher accuracy than the traditional technologies currently used.
The new system depends on analyzing huge amounts of images using different longitudinal waves, allowing the depicting of the veins of the hand regardless of their position.
The researchers were able to obtain high -resolution detailed images, providing a faster and more accurate examination compared to the traditional rays.
The system is distinguished by its ability to identify hemoglobin in the blood vessels, as it depends on the direction of the rays and light to photograph the absorption of hemoglobin, which allows an accurate vision of the veins, and this technique is an ideal solution due to the different shape of the veins from one person to another, which makes it easier for doctors to determine it accurately.
In addition to its medical applications, this technology provides huge opportunities in the field of biometric security, as it can be used to learn more accurately.
The new system has proven its ability to distinguish between people by photographing the palm of the hand, making it an effective tool in the areas of identity and security recognition.
