Latest vision solutions making machines see and think

11th April 2018

Enaie Azambuja

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FRAMOS will educate current and potential users about the latest advances in 3D technology and Embedded Vision and provide practical solutions to industry-specific challenges in Hall B at Booth 302. For a very easy integration of 3D technology equipping machines with human-like senses and the ability to see, sense, understand, interact, and learn, FRAMOS will showcase Intel's RealSense Technology with a live demonstration.

Intel RealSense Technology is a suite of components that, when integrated into a device or machine, enables it to comprehend and interact with its environment in a truly 3-dimensional way.

The booth will also include a demonstration of SONY's new polarised sensors, an autonomous car and a sampling of modules, sensors and cameras ready to integrate into any Embedded Vision application. To support the building of embedded vision systems FRAMOS will also be showcasing their new SLVS-EC RX IP Core for easy sensor interfacing with FPGAs from Xilinx.

More than 1,200 computer vision professionals are expected to attend the three-day event, which attracts a global audience of companies developing vision-enabled products, both at the edge and in the cloud.

The event features industry innovators, top technologists and engineers who are creating "machines that see" for a wide range of industries including automotive, entertainment, healthcare, manufacturing, retail, robotics and security.

As vision pioneers, FRAMOS supports system developers with both technical expertise and services, whether it's about selecting individual components or complex system compositions for embedded vision.

Ranging from sensors to systems, their engineering services help in choosing the right components, customising solutions or developing specific solutions for embedded vision systems including intelligent algorithms for autonomous decision making by machines. FRAMOS assists as a partner at every point in the value-added chain from the decision-making processes up to the finished product.