Google Glass is a wearable, voice- and motion-controlled Android gadget that looks like a pair of spectacles and displays information directly in the user’s line of sight. Google Glass provides an augmented reality experience by providing pertinent information through visual, audio, and location-based inputs. For example, when a user enters an airport, he or she may automatically obtain flight status information. If you want to know what is Google Glass and how does it work, read on.
What is Google Glass?
The Google Glass is based on an Android version. Glassware application virtualization tools designed for the device can be executed by the OS. Instead of a full desktop, Glassware application allows the device to offer an app to the user. The glasses have Wi-Fi and Bluetooth connection, as well as a camera for shooting photos and movies.
Usage and features of Google Glass
The small semi-transparent panel on the upper right hand side of Google Glass is its defining characteristic. This display, which takes up just approximately 5% of the wearer’s normal field of view, is in charge of delivering information to the user. Wearers must look up to see the screen, putting it out of their direct line of sight. This functionality is especially significant since improper display positioning might lead to major safety hazards.
Google Glass also has the following features:
The ability to shoot photographs and movies and then share them with others using Google Hangouts. The ability to access Google’s search engine through the glasses through Wi-Fi or a smartphone’s data connection. The ability to broadcast translations directly to the wearer through the screen. Reminders to accomplish certain chores or jobs with a visual component that will induce a notice to show on the user’s screen every time they gaze at a specific object.
How Google Glass works
To process commands from the wearer, the smart eyewear employs motion and speech recognition. On the rim of the spectacles, there is also a touchpad. To offer the necessary information, the gadget sends tiny packages of information directly to the wearer through a micro-projector, utilizing a private channel of communication that only the user has access to.
Google Glass then displays pictures on the lens via a field sequential color (FSC) liquid crystal on silicon (LCOS) device, allowing wearers to see the image in real colors. FSC is an abbreviation for a color television system that broadcasts primary color information in continuous pictures and then depends on human eye and perception to gather the information into a color picture.
Google Glass Advantages
Glass Enterprise Edition 2, the most recent edition of Google Glass, is built mainly for professional use, particularly in situations such as factories, warehouses, and hospitals. In these situations, the glasses save time and money while also boosting safety. The hands-free functionality and the ability to stay connected to the network at all times boost worker safety.
Social connections for children
Another advantage is that the head-mounted display is constantly visible in the user’s field of view. As a result, users may receive and share information and notifications without physically checking a smartphone or mobile device. Another advantage of Google Glass is the device’s possible usage by autistic youngsters. Several studies are being conducted to investigate how Google Glass may be utilized to improve social connections for children with autism.
Google Search results are shown immediately in front of your eyes.
Google Glass will, of course, give search engine results over Wi-Fi or your smartphone’s data connection. Users may use voice dictation to ask Google Glass to identify an item, get information, or answer a question nearly instantaneously. Jet Blue recently published a video demonstrating how Google Glass may transform the flying experience by automatically displaying information such as flight status and routes to baggage claim.
Vufine VUF-110 Wearable Display
The Vufine+ is a high-definition, wearable display that connects effortlessly with your technology, allowing it to reach its full potential. Vufine+ connects via HDMI cable to your smartphone, laptop, or drone to create a second monitor or mirrored display. Vufine+ may be used whenever you need an extra screen without diverting your gaze away from the world around you.