Tag Archives: deep learning

Neural Computing on a stick: deep learning hardware becomes affordable

Neural Computing StickThe Neural Compute Stick 2 (NCS2), the latest incarnation of Intel’s USB-stick with Artificial Intelligence hardware inside, makes working with Artificial Intelligence affordable. Target environments are embedded IoT applications. This compact, fanless computer-vision and deep-neural-network (DNN) accelerator is now shipping through RS Components (RS), the trading brand of tech company Electrocomponents plc.

As well as for use by data scientists and academics, the device is said to be ideal for a wide selection of developers and engineers looking at integrating computer-vision and artificial intelligence (AI) capabilities into their Internet of Things (IoT) applications. Available in the convenient USB form factor, the stick is enabling deep-learning prototyping on a laptop or any other computing device with a USB interface.

This new hardware could be used to start prototype one of the most valuable deep learning applications in Diagnostic Imaging: the detection algorithm to localize structures (for example) in 2D or 3D space, detection of lung nodules or liver metastases on CT images.

The NCS 2 also becomes a highly versatile prototyping and development tool when combined with the Intel Distribution of OpenVINO toolkit, which offers support for deep learning, computer vision and hardware acceleration to enable applications that have human-like vision capabilities.

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Quantum Computing set to revolutionise the Health Sector

When people talk about the future of the health sector, we normally understand that to mean preventive medicine, tailored healthcare, automating certain surgical operations using robots, aggregating patient data to establish a more accurate health profile and – not least – all the new apps that allow us to track the state of our bodies on a daily basis.


Optimising treatments through computing
With its extraordinary computing power, a quantum computer is potentially able to solve highly complex problems, in particular optimisation issues. In the field of healthcare, quantum computers will ‟make it easier to analyse genetic information and identify a person’s genetic heritage,” Murray Thom, Director of Professional Services at D-Wave, one of the first companies to develop commercial applications for quantum computers, explained to L’Atelier, adding: ‟Researchers will then be able to use this information to decide on treatment options.”

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