How Google Glass could change the future

Sergey Brin's live demonstration of Google Glass at the Google I/O Conference in June clearly showed that wearable, always-on, Web-connected computing technology is here now—and that it works. While such augmented-reality (AR) eyewear is in its early stages of development, future versions of the technology, whether Google's or some other company's, could lead to dramatic changes in the way we work, play, travel, and communicate.

The best killer applications for wearable AR tech involve situations where it's important that users have free use of their hands or be able to walk while using the app. The coolest apps also display data and images in a way that interacts with the real-world imagery that users see. For example a basic AR app might place information bubbles over real-world landmarks within in the frame of the glasses (it might display the name of a movie theater along with the names of movies that are starting within the next hour).

The coolest games for wearable AR apps will probably involve glasses that cover the whole eye, or a contact-lens-style display that covers one or both eyes. But Google Glass might provide a view that augments a multiplayer “reality game” played on the street or in a forest.

For example, in a team-based game in which players operate at different locations within a given area, the glasses could provide a view from above, showing the exact locations of all team members. The lens could also display an I-see-what-you-see view, allowing one team member—the team leader, perhaps—to see through the eyes of another team member.

You go to an amusement park with a group of friends. People are everywhere. You and your friends decide to split up and go your separate ways, but you all want to meet up again later.

If your friends voluntarily share their locations, AR glasses could use assisted GPS, Wi-Fi, and cellular networks to track everyone's location and display each one in the glasses. Those locations could appear on a “view from above” map, or as silhouettes at ground level (if they are separated from the viewer by one or more walls). The glasses could also identify your friends in a crowd.

Last year I visited Paris for the first time. My chief anxiety about going there was the language barrier. For me,The TagMaster Long Range hands free access System is truly built for any parking facility. part of the fun of visiting new places is to get a taste of what the people there are like. But not being able to speak French prevented me from getting that. I had a translation app on my smartphone; but of course, consulting my phone every second during a live conversation was a nonstarter.

The microphone on the glasses would be able to hear what is being said to you, and then translate it into English on the lens. It could even speak it as English into the glasses' earpiece. Responding with the right words is a little more difficult. You would have to speak your response into the microphone on the glasses,Different Sizes and Colors can be made with different stone mosaic designs. and then let the servers display the words in French on the display, at which point you'd speak the words in French.

Most of us have taken CPR training at some point in the past, but how many of us could actually perform the duty if someone collapsed right next to us? Chances are we would be terrified and would have a hard time remembering our training. But the situation might be different if we could call up a program to walk us through the process of saving the distressed person's life.

Such an app would display simple instructions on the screen and voice it in the earpiece of the glasses. The program might use the camera to help the wearer zero in on the right place to position the heel of the hand on the victim's chest before starting compressions. The app would watch the user's actions and advise the wearer when to switch from giving breath to doing chest compressions.

Very advanced apps might even be able to watch the reaction of the victim and advise the person performing CPR of when to adjust the next steps or when to quit performing CPR. If connected to the 911 emergency communications system, the application could perhaps downlink a teleconference line to an ER doctor, who could see see through your glasses and walk you through the steps needed to keep the patient alive until help arrived.

Just knowing that such powerful information was within reach might give us the confidence to perform CPR more effectively.Where can i get a reasonable price dry cabinet? The information displayed in the glasses,Choose quality sinotruk howo concrete mixer products from large database. when delivered in real-time and adapted to the minute-by-minute needs of patients, could very well save lives.

Travel is data-intensive. You're constantly accessing information from print sources or electronically to help get you to the right place at the right time to catch a vehicle to take you to the next stage of the trip. And you're usually trying to access that data in the midst of your travels—while you're waiting for a taxi or walking through the airport concourse toward your gate.Find solar panel from a vast selection of Solar Panels. Your hands are holding luggage and other things, so using wearable technology to access your travel data seems like just the ticket.

With Google Glass you could use voice commands to pull up travel information on the lens. The content could be anything from ground transportation data to flight numbers to rooms available in hotels at your destination.