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Embedded low-power deep learning with TIDL - …
Embedded low-power deep learning with tidl . Manu Mathew Principal Engineer &. Member Group Technical Staff Kumar Desappan Member Group Technical Staff Pramod Kumar Swami Principal Engineer &. Member Group Technical Staff Soyeb Nagori Senior Principal Engineer &. Senior Member Technical Staff Biju Moothedath Gopinath Engineering Manager Automotive Processors Texas Instruments Introduction Computer-vision algorithms used to be quite different from one another. For example, one algorithm would use Hough transforms to detect lines and circles, whereas detecting objects of interest in images would require another technique such as histograms of oriented gradients, while semantic segmentation would require yet a third type of algorithm. deep learning methods, including convolutional neural networks (CNNs), have revolutionized machine intelligence, helping algorithms become more accurate, versatile and autonomous.
Embedded low-power deep learning with TIDL 3 January 2018 parking assist. These processors can also perform semantic segmentation, which can help identify the
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