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augmented reality (ar)

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Deep-learning algorithms are enabling powerful video analytics. A practical use in manufacturing is monitoring human actions in manual operations. Some assemblies require specific torquing sequences, which can't always be tracked with traditional methods. AI-based Computer Vision advances quality management.

Computer Vision Ensures Proper Assembly Sequences

Article #3 of the Enabling IoT Series. This article looks at how Time of Flight (ToF) sensors are used for this purpose and are changing the way we can interact with VR, and other video technologies.

ToF 3D image sensors are changing the way we engage with photography and mixed reality

For real-time geo-registration, Oversight uses a physical engine and digital twins to make image matching algorithms more agnostic to variations.

Utilizing XR technology and digital twins for real-time geo-registration

Article #6 of Improving Lives with Digital Healthcare Series: Immersive technologies enabled by modern sensing and connectivity systems can be effective pedagogical tools in making medical education safer, accessible, personalized, and engaging.

Immersive Technologies in Medical Education

Using AR/VR technology, Oversight gives emergency responders the ability to literally SEE THROUGH WALLS and strengthens the connectivity between control rooms and field operators.

Enhancing Emergency Responders Situational Awareness Using XR Tools

Accelerate design cycles. Lower development costs. Reduce waste.

Massless Prototyping with Augmented Reality

Virtual and augmented reality are becoming increasingly useful for manufacturing, maintenance, construction and surveying activities, but what good is an advanced immersive visual medium if you can’t use it for very long?

Avoiding Dead Batteries in AR and VR Headsets

Augmented reality (AR) head-up displays (HUDs) are widely considered to be the future of connected vehicles, but more human-centred studies are needed to assess the impact of AR on the driver while operating a vehicle on public roads, say Cambridge researchers.

Augmented reality head-up displays - navigating the next-gen driving experience

How retail uses IoT, AI, Computer Vision, VR, and AR to transform into an automated, data-rich, and highly personalized environment.

How Technology Turns Retail Into a Data-Driven Industry: Real-World Cases and Trends

In this episode, we talk about how the introduction of scent can enhance the VR experience and phobia treatment along with an implementation of mixed reality for automotive development which promises a more efficient development flow.

Podcast: Immersive VR For Treating Phobias & Automotive Development

Researchers have conducted a study that showed that nanolattices possess high spectral selectivity. Their layers can be used as color filters for specific wavelength ranges, and one glass plate can contain records of up to six layers.

Researchers Explore Direct Laser Writing of Nanolattices

Snapfeet is a new mobile phone app that shows how well shoes will fit based on the 3D shape of the user’s foot. It also offers a simple augmented reality (AR) visualisation of what the shoes will look like on the feet.

Computer vision for virtual footwear fitting and shoe size suggestion

Cornell Tech researchers have developed a mixed-reality (XR) driving simulator system that could lower the cost of testing vehicle systems and interfaces, such as the turn signal and dashboard.

Mixed-reality driving simulator a low-cost alternative

Putting volunteers into the virtual reality world of Capcom's zombie-filled Resident Evil 7, researchers have found that smells — particularly unpleasant ones — have a measurable effect on user presence, in a study which could prove important for future VR training systems.

Researchers pump programmed scents to make virtual reality users feel more present

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