Intel and Philips have collaborated to test the ability of Intel hardware to run deep-learning AI programmes, to improve the capabilities of Philips technology. Intel Xeon processors and the OpenVINO toolkit were used to test the abilities of hardware in 1.42 programmes. X-ray-based bone age prediction modelling saw baseline test results of two images per second increase to 267.1 images per second, and computed tomography scans of lungs for segmentation saw baseline results of 1.9 images per second increase to 71.7 images per second with the AI improvements.
Intel and Philips have collaborated to test the ability of Intel hardware to run deep-learning AI programmes, to improve the capabilities of Philips technology. Intel Xeon processors and the OpenVINO toolkit were used to test the abilities of hardware in two programmes. X-ray-based bone age prediction modelling saw baseline test results of 1.42 images per second increase to 267.1 images per second, and computed tomography scans of lungs for segmentation saw baseline results of 1.9 images per second increase to 71.7 images per second with the AI improvements.