Credit: Nordus and Gordon Kelly / Forbes Other details revealed by the renderings include vertically oriented dual rear cameras, which are supposedly also optimized
for augmented reality applications.
Other than its upgraded hardware, the company claims that the 2018 model will be better equipped
for augmented reality applications.
This setup potentially could be used
for augmented reality applications that are expected to be featured on the iPhone 8.
The Asus Zenfone AR is compatible with the Google Daydream View headset to access virtual reality apps, but it will also be able to use its camera
for augmented reality applications.
We heard rumor awhile ago that Google is working on a standalone virtual reality headset that'll also serve as a platform
for augmented reality applications.
The phones both have optical image stabilization for taking pictures, improved auto focus for objects, and cameras optimized
for augmented reality applications from third - party developers.
BlackBerry Bold 9900 comes with a 2.8 - inch «Liquid Graphics» VGA screen, and running on a 1.2 GHz Snapdragon CPU inside, embedded with NFC chip for mobile payments, and brings support
for Augmented Reality applications, equipped with a 5 - megapixel flash - equipped camera for 720p HD video recording capability, boosted by 768 MB RAM, and 8 GB of internal storage and scope for 32 GB memory expansion, Orientation Sensor (Accelerometer), Digital Compass (Magnetometer), Proximity Sensor, and a 1230 mAh removable, rechargeable battery.
BlackBerry Bold 9900/9930 is featuring a 2.8 - inch «Liquid Graphics» VGA screen, 1.2 GHz Snapdragon application processor inside, embedded with NFC chip for mobile payments, and brings support
for Augmented Reality applications.
Other than its upgraded hardware, the company claims that the 2018 model will be better equipped
for augmented reality applications.
The 9930 features a 2.8 inch VGA touch display, the much praised hardware QWERTY keyboard, a 10.5 mm thick bodyshell, 5.0 megapixel camera with 720p video capture with the same «zero shutter lag» tech  found in the Torch as well as NFC and magnetometer
for augmented reality applications.
Other sensors include GPS, an orientation sensor (accelerometer) and digital compass (magnetometer) that allow
for augmented reality applications like Wikitude, which comes preloaded on the phone.
So it's a hexa - core SoC that's almost entirely designed in - house by Apple, plus the Cupertino company has done a ton to optimize its internal processing and imaging hardware
for augmented reality application through its highly promising ARKit framework.
Not exact matches
Apple is developing high - resolution video headgear
for virtual and
augmented reality applications, CNET reported.
For instance, by holding up your phone and using the camera as a viewfinder, an
augmented reality application could give you reviews about the restaurants you pass.
But as people find more
applications for augmented or mixed
reality — digital objects that get superimposed on the real world — the company is pitching itself more and more as a general purpose tool
for manipulating
reality.
Cook argues that
augmented reality is preferable to virtual
reality for many
applications, because «most people don't want to lock themselves out from the world... With AR you can, not be engrossed in something, but have it be a part of your world, of your conversation.
The software giant is turning to academia to help research how its
augmented reality device can be used
for business - related
applications.
Erik Murphy - Chutorian is the founder and CEO of 8th Wall, building cross-platform solution
for developers to build
augmented reality applications on all mobile devices.
Twitter today is taking another step to build up its machine learning muscle, and also potentially to improve how it delivers photos and videos across its apps: the company is acquiring Magic Pony Technology, a company based out of London that has developed techniques of using neural networks (systems that essentially are designed to think like human brains) and machine learning to provide expanded data
for images — used,
for example, to enhance a picture or video taken on a mobile phone; or to help develop graphics
for virtual
reality or
augmented reality applications.
CAMTech's competencies include high - speed virtual environments
for prototyping, manufacturing, and other collaborative work; virtual and
augmented reality; digital publishing; visual computing and scientific and medical visualisation;
application of Internet and multimedia technologies in education and commerce; geographic information systems; and digital media security.
«As thermal cameras continue to get smaller and less expensive, we expect that phones, computers and
augmented reality devices will one day incorporate thermal cameras that can be used
for various
applications,» said Nadia Bianchi - Berthouze from University College London, (UK) and leader of the research team.
«The resulting flawed or even incomplete 3D geometries then pose a real problem
for a range of
applications,
for example in virtual or
augmented reality, working together with robots, or 3D printing,» explains Mario Fritz.
Recent approaches include development of
augmented reality applications (Augmented Reality apps for phones and tablets) for our skeletal public engagement activities, which help to demonstrate our research through interactive en
augmented reality applications (Augmented Reality apps for phones and tablets) for our skeletal public engagement activities, which help to demonstrate our research through interactive enga
reality applications (
Augmented Reality apps for phones and tablets) for our skeletal public engagement activities, which help to demonstrate our research through interactive en
Augmented Reality apps for phones and tablets) for our skeletal public engagement activities, which help to demonstrate our research through interactive enga
Reality apps
for phones and tablets)
for our skeletal public engagement activities, which help to demonstrate our research through interactive engagement.
Halden Virtual
Reality Centre (HVRC) is an international centre for research into virtual, augmented, and mixed reality technologies focussed on the application of both emerging and maturing 3D technologies to address the needs of industries that manage complex pro
Reality Centre (HVRC) is an international centre
for research into virtual,
augmented, and mixed
reality technologies focussed on the application of both emerging and maturing 3D technologies to address the needs of industries that manage complex pro
reality technologies focussed on the
application of both emerging and maturing 3D technologies to address the needs of industries that manage complex processes.
This Munich - based firm develops software and hardware
for augmented reality sports
applications.
This Munich - based firm develops software and hardware
for augmented reality sports
applications.
It's believed that this new scanner will be used primarily
for augmented reality (ar)
applications: building a 3d model of the surrounding environment, and then delivering information and functionality related to this model.
These devices, portable and equipped with positional sensors, enabled practical
applications for both virtual
reality and
augmented reality.
eLearning
augmented reality isn't just
for asynchronous
applications.
One of the best things about
augmented reality is that it allows
for practical knowledge
application in a dynamic virtual environment.
Augmented reality browsers reported by (Grubert et al., 2011; Jonghong, 2014; and Langlotz et al., 2014) are specialized Augmented Reality applications for rendering geo - located multi-media contents augmented on point of interest of the re
Augmented reality browsers reported by (Grubert et al., 2011; Jonghong, 2014; and Langlotz et al., 2014) are specialized Augmented Reality applications for rendering geo - located multi-media contents augmented on point of interest of the real
reality browsers reported by (Grubert et al., 2011; Jonghong, 2014; and Langlotz et al., 2014) are specialized
Augmented Reality applications for rendering geo - located multi-media contents augmented on point of interest of the re
Augmented Reality applications for rendering geo - located multi-media contents augmented on point of interest of the real
Reality applications for rendering geo - located multi-media contents
augmented on point of interest of the re
augmented on point of interest of the real world.
Keeping the need
for personalization, simplification, accurate content, and measurable content, over the last few months we have been conducting sessions with our partners across BFSI, Hospitality & Tourism, and Healthcare industries on
Augmented Reality (AR) and its
application in corporate eLearning.
According to an official press release, «A navigation arrow,
for example, appears in the same position as an actual arrow on the road - an intelligent
application of
augmented reality.
A navigation arrow,
for example, appears in the same position as an actual arrow on the road — an intelligent
application of
augmented reality.
• BlackBerry ® service with access to up to 10 supported business and personal email accounts, plus BlackBerry ® Enterprise Server support
for corporate email installations • DataViz Docs To Go ® Premium suite preloaded,
for editing Microsoft Word, Excel and PowerPoint files from anywhere • BlackBerry App WorldTM, the official app store
for BlackBerry smartphones offering customization, fun and productivity • BlackBerry ® PlaybookTM support with BlackBerry BridgeTM (Bridge is available as a free download on BlackBerry App World) • Near Field Communications (NFC) support
for a secure exchange of information between NFC - enabled devices over a very short distance •
Augmented Reality using the built - in compass (magnetometer) to support augmented reality app
Augmented Reality using the built - in compass (magnetometer) to support augmented reality appli
Reality using the built - in compass (magnetometer) to support
augmented reality app
augmented reality appli
reality applications
In addition to supporting the new BlackBerry 7 OS, each smartphone also features a range of powerful hardware enhancements including a 1.2 GHz processor, HD video recording, 24 - bit high resolution graphics, and advanced sensors enabling new
augmented reality applications such as Wikitude that can be seamlessly integrated with BBM 6 - all designed to deliver the ultimate in communications, multimedia and productivity
for users around the world.
Augmented Reality / Virtual
Reality — The market
for these technologies is growing quickly as new
applications emerge.
In addition to supporting the new BlackBerry 7 OS, each smartphone also features a range of powerful hardware enhancements including a 1.2 GHz processor, HD video recording, 24 - bit high resolution graphics, and advanced sensors enabling new
augmented reality applications such as Wikitude that can be seamlessly integrated with BBM 6 — all designed to deliver the ultimate in communications, multimedia and productivity
for users around the world.
This Munich - based firm develops software and hardware
for augmented reality sports
applications.
For the past 18 years, Paul has worked in the video games and interactive 3D industry including 3 years at Magic Leap as Senior Director of SDKs and Applications for their augmented reality hardware platfo
For the past 18 years, Paul has worked in the video games and interactive 3D industry including 3 years at Magic Leap as Senior Director of SDKs and
Applications for their augmented reality hardware platfo
for their
augmented reality hardware platform.
As the knowledge base grows, so will the value of the Lunyr API, which will allow developers to use the knowledge base as a backbone
for creating next - generation decentralized
applications in Artificial Intelligence, Virtual
Reality,
Augmented Reality, and more.
The
application projects arrows in
augmented reality, which direct employees to the products or shelves they're looking
for to fulfill an order.
Many vendors are likely to showcase some real - world
applications for this
augmented reality headsets in this year's Consumer Electronics Show.
Its dual cameras will enable better
augmented reality experiences than the iPhone 8, and its bigger screen offers a better spotlight
for high - intensity
applications powered by the new A11 processor.
Ideal
for light business and
augmented reality (AR) mobile
applications.
Apple has plans in place to develop MicroLED panels
for both small - size and large - size devices, with Taiwan Semiconductor Manufacturing Company (TSMC) providing support
for producing smaller form factor
applications, which could include future Apple Watch models and AR wearables, according to DigiTimes senior analyst Luke Lin.Apple is working with TSMC to develop micro LED panels on silicon - based backplanes
for use in the Apple Watch and an
augmented reality (AR) wearable device, Lin noted.
The company said its Classroom student - management app
for iPads will be coming to Mac computers, and it is updating its Swift Playgrounds coding
application with support
for building
augmented -
reality apps.
Both Cozza and Greengart expect companies to highlight
augmented -
reality headsets and useful
applications for them at MWC.
Besides having better chips, both smartphones will arrive with optimizations meant to enable new
augmented reality and artificial intelligence
applications and also come with blur - adding selfie modes
for their front - facing 8 - megapixel cameras.
The new iPhone has been reported to feature both wireless charging and a 3D front - facing sensor that could potentially be used
for high - depth facial recognition or
augmented reality applications.