But are we on the precipice of another technological innovation that will once again push the human race into a next level of being? Innovators like Steve Jobs and Steve Wozniak, Bill Gates, and countless of other developers spent their whole careers working on, contributing to and creating user interfaces that would connect the world.
The days of the one-handed, half-attentive conversation is a thing of the past, as the Google Glass will be used as phone and navigation system all rolled into one highly advanced headgear. The place where business advertising and internet advertisers will move is the interfaces used in conjunction with the Google Glass, the desktop computers and smartphones to which the Google Glass is linked.
Google glasses present a unique UX for Games developers, therefore we envisage that the Games offered will mostly be simulation and shoot them up types, rather than strategy or card games. Seeing as they will live on your face for most of the day expect loads of productivity apps for Google Glass. Google’s launch video clearly showed Google Glass providing Navigation information to the wearer. Imagine a classroom where teachers could share content directly with the student’s Google Glasses, where there was no need for text books, and where lectures where an immersive media rich experience. You've seen the Glass concept videos, you've read the breathless hands-on reports, but how exactly is Google's augmented reality system going to work? Google knows smartphones, and that's familiar territory for the Android team, and so unsurprisingly Glass builds on top of that technology.
The eyepiece itself runs at 640 x 360 resolution and, when Glass is positioned on your face properly, floats discretely just above your line of vision; on the inner edge of the L-shaped housing there's an infrared eye-tracking camera, while a bone conduction speaker is further back along. Where Glass departs significantly from the typical Android phone is in how applications and services run. When you activate Glass - by tilting your head up, to trigger the (customisable) motion sensor, or tapping the side, and then saying "OK, Glass" - you see the first of those cards, with the current time front and center. Some of the cards refer to local services or hardware, and a dog-ear folded corner indicates there are sub-cards you can navigate through.
For third-party developers, integrating with Glass is all about integrating with the Mirror API Google's servers rely upon.
On the flip-side, since Google is the conduit through which services talk to Glass, and vice-versa, it's an all-controlling gatekeeper to functionality.
Google's outreach work with developers is predominantly focused on getting them up to speed with the Mirror API and the sharing system, we're told. Glass still faces the expected challenges of breaking past self-conscious users, the inevitable questions when sporting the wearable in public, and probably the limitations of battery life as well. Google has finally, after much anticipation and speculation, released its head-mounted computing device, Google Glass, to a group of approximately 10 000 people who are part of the Glass Explorer program. Entrants, who applied to the program via Twitter and Google+, were required to explain in 50 words or less what they would do with Google Glass. From these entries, about 8000 people were selected to be part of the program, including actor Neil Patrick Harris and Mythbusters host, Adam Savage. Those who signed up around this time were notified via email on 16 April 2013 that Google Glass Explorer Edition devices were leaving the production line and ready to be shipped. Google Glass, which resembles a pair of spectacles, displays information through a small prism screen.
Google Glass’s features include a 5MP camera which can record 720p video, 12GB of usable memory, and a battery life of about one day of typical use. Currently, Google Glass costs $1500 and is only available to people who are part of the Glass Explorer program. Those who currently own the device paid $1,500 to be part of the development process, exchanging ideas on improvements to the design and function in return for the coveted device.With the release of the second-generation, those already enrolled in the Google Explorer programA  will be able to 'invite' three of their friends to the scheme, according to ABC News. Reaction to the new design was mixed, with some critics saying changes to the device looked bulky. Upgrade: Big Bang Theory's Kunal Nayyar wearing the Google Glass at the Emmys in September. The views expressed in the contents above are those of our users and do not necessarily reflect the views of MailOnline.
Hospitals and physicians’ offices have, for the purpose of decreasing medical error, invested heavily in putting computers, smartphones and other devices in the hands of their medical staff for immediate access to patient data, drug information and case studies. Increasing numbers of surgeons are using Google Glass to stream their operations online, display medical images in their field of view, and hold intra-operative video consultations with colleagues. Google Glass has widespread application in the health care field and could have a significant impact on the quality of care delivered in the future.
The increased usage of electronic health records, email, mobile devices and social media has transformed the health care environment by providing both physicians and patients with opportunities for rapid communication and knowledge exchange.
Despite the upsides, there are many issues which need to be addressed before Google Glass adorns the face of every health care professional. Donate to in-Trainingin-Training is run entirely by volunteer medical students, and we need your help to keep this website online. Donations are tax-exempt and are collected by Pager Publications, Inc., the parent non-profit corporation of in-Training. Whilst many readers out there wonder how to get Google Glass, the development team behind the Augmented Reality unit is encouraging users to get cracking in creating apps – Despite the Official Glass Development Kit not being released yet. Currently Google Glass developers are working with the Android SDK, which allows users to use most Google Glass Features such as Media Playback and Accelerometer. Whilst the above is certainly true – As many brands such as Facebook, CNN and the New York Times have launched Google Glass Apps via the Google Mirror API (which allows the creation of web based Glassware).

The new plans for Glass include a green light that will turn on when a user is recording video, according to the FCC filings. Restaurants, movie theaters and strip clubs had banned the device over concerns users could surreptitiously use the eye wear to record video.
The filings also show Google has tweaked the design of Glass by moving the power button to the back of the glasses.
The latest plans for Glass are reportedly aimed at business users instead of everyday consumers. They’ve succeeded, but as with any human invention there is always room for improvement and Google Glass is just that. We’ve seen it in fiction like Dragon Ball Z and even Iron Man 3, but the reality is that it is now here. With voice recognizing systems growing and being perfected by each passing day, Google Glass will become like a third parent.
Online Marketing will still thrive as what we see in real life will become part of the internet.
Facial recognition programming will help you identify people you encounter on your life journey; you will be able to integrate it with home automation systems like lighting fixtures, television and audio. This is due to the navigation system that the OS uses in the Glasses, that is tilting of the head and simple button grids (see our page called How do Google Glasses Work). We will probably see many third party communication apps that will tweak the user experience to include popular applications such as Skype and WhatsApp messenger. Google Glass has the potential to disrupt the education sector in way that would transform it for good. The search giant's Google X Lab team has been coy on specifics so far, with little in the way of technical insight as to the systems responsible for keeping the headset running. So, inside the colorful casing there's Android 4.0 running on what's believed to be a dual-core OMAP processor. Glass is designed to get online either with its own WiFi connection, or to use Bluetooth and tether to your smartphone.
In fact, right now no third party applications run on Glass itself: the actual local software footprint is minimal.
Like that service on Android phones, Glass can pull in content from all manner of places, formatted into individual cards. Navigation from that point on is either by swiping a finger across the touchpad on the outer surface of the headset or by issuing spoken commands, such as "Google …", "take a picture", "get directions to…", or "hang out with…" A regular swipe moves left or right through the UI, whereas a more determined movement "flings" you through several items at a time, like whizzing a mouse's scroll wheel.
The most obvious use of this is in the Settings menu, which starts off with an indication of battery status and connectivity type, then allows you to dig down into menus to pair with, and forget, WiFi networks, toggle Bluetooth on or off, see battery percentage and charge status, view free storage capacity and firmware status (as well as reset the headset to factory settings), and mange the angle-controlled wake-up system.
So, if you ask Glass to perform a Google search - using the same server-based voice recognition service as offered on Android phones - you get a side-scrolling gallery of results cards which can be navigated by side swiping on the touchpad. So, if you're Twitter, you'd use the API to push a card - say, to compose a new tweet, using voice recognition - to the Glass headset via the user's Google+ account, coded in HTML, with a limited set of functions available on each card to keep things straightforward (say, dictate and tweet). You could feasibly push a card to Glass from anything - a website, an iOS app, your DVR - and services like Facebook and Twitter could add Glass support without the user even realizing it.
One example of that is the sharing services - the cloud right services that Glass hooks into - which will be vetted by Google. We've already heard that the plan is to get the consumer version on the market by the end of the year, a more ambitious timescale than the originally suggested "within twelve months" of the Explorer Edition shipping. There's also the legwork of bringing developers on board and getting them comfortable with the cloud-based system: essential if Glass is to be more than a mobile camera and Google terminal.
The device is controlled by the Android operating system and can run several Google apps such as Google Maps and Google Now. However, according to technology website The Verge, Google plans to release its product to consumers for a lower price before the end of this year. Google Glass is a wearable computing device which features video recording, teleconferencing and internet capabilities in addition to a novel head-mounted display.
Some hospitals view Google Glass as a relatively low-cost and versatile innovation, much like the smartphones and tablets most current health care providers use to gain access to patient data and other medical information. Generally, the majority of handheld devices are not useful in the sterile world of surgery. With all of the potential benefits of this groundbreaking device, one wonders why Google Glass has not been introduced into more of our hospitals and medical schools. However, these technological advances require increased attention to patient privacy under the Health Insurance Portability and Accountability Act (HIPAA).
Legislators have proposed restrictions on the use of Google Glass while driving, citing concerns about distraction. First and foremost is the need to protect patients’ private medical information to solidify trust in the patient-physician relationship. We identify ourselves as a magazine, combining the strengths of a peer-reviewed scientific research journal, an online newspaper, a blog and a podcast website into a student-run publisher of the best articles written by medical students from around the world. We publish articles about humanism in medicine, patient stories, medical education, the medical school experience, health policy, medical ethics, art and literature in medicine, and much more.
In a blog post by the Developer relations team for Google Glass, they announced “We’re still hard at work on the GDK, but in the meantime, you can start designing and developing your awesome ideas with the existing Android SDK”. Another key change includes a hinge, making it easier to fold Glass and presumably slip it into a smaller carrying case that could perhaps fit into a small bag or even someone’s front pocket. By just spending two minutes of your life watching this Google Glass advert, you will be able to see why this is true.

From using it to record you and your friends on a night out, to your children wearing it on school trips, the possibilities seem endless. Nonetheless expect to see countless teenagers rolling their heads around and staring blankly to space for hours on end come mid 2014. Expect a Google Glass turn by turn navigation app to be pre-installed in your Google Glasses form launch.
Thanks to a source close to the Glass project, though, we're excited to give you some insight into what magic actually happens inside that wearable eyepiece, what that UI looks like, and how the innovative functionality will work, both locally and in the cloud.
This isn't quite a smartphone - there's WiFi and Bluetooth, along with GPS, but no cellular radio - but the familiar sensors are present, including a gyroscope and an accelerometer to keep track of where the wearer is facing and what angle their head is at.
That given, it's pretty much platform agnostic for whatever device is used to get online: it doesn't matter if you have a Galaxy S III in your pocket, or an iPhone, or a BlackBerry Z10, as long as they can be used as a modem. Instead, Glass is fully dependent on access to the cloud and the Mirror API the Glass team discussed briefly back in January.
Content from third-party developers will be small chunks of HTML, for instance, with Google's servers supporting the various services that Glass users can take advantage of. Tap to select is supported, and a downward swipe moves back up through the menu tree and, eventually, turns the screen off altogether. It's also possible to send one of those results to your phone, for navigating on a larger display. Glass owners will log in with their Google account - your Google+ is used for sharing photos and videos, triggering Hangouts, and for pulling in contacts - and then by pairing a Twitter account to that Google profile, cards could start showing up on the headset.
Since right now there's no other way of getting anything off Glass aside from using the share system - you can't initiate an action on a service in any other way - that's a pretty significant gateway. Beyond that, it's not entirely clear how Google will manage the portfolio of sharing services: whether, for instance, there'll be an "app store" of sorts for them, or a more manual way of adding them to the roster of supported features. When developer units will begin arriving hasn't been confirmed, though the new Glass website and the fresh round of preorders under the #ifihadglass campaign suggests it's close at hand. All of those factors seem somehow ephemeral, however, in contrast to the potential the headset has for tying us more closely, more intuitively, to the online world and the resources it offers. However, the Google Explorer program has been praised for using a clever marketing model where people buy a product at its developmental stage so they can contribute to shaping its design.'In essence Google has crowdfunded Glass and has shown big business how crowdfunding can be done. This display is an example of the concept of augmented reality in which a wearer’s environment is supplemented by additional information generated by the device. But Google Glass is voice-activated and hands-free, and it may be particularly well suited for the surgical suite, where camera-guided instruments, robotics and 3D navigation systems have been commonplace for years. Instant access to large amounts of protected health information demands the highest standard of network security and HIPAA training for all staff members. Additionally, there are the needs to guarantee HIPAA requirements are not compromised, assess of the cost of implementation into hospitals and medical schools, and address discrepancies between what the device can do and what people expect it to do. They keep us in touch with a world so quickly moving around due to the influx of information provided by online marketing that we could not imagine ever going back to a world without them.
And with Cloud technology rapidly growing alongside it, videos, pictures and information gathered from the Google Glass can be instantly uploaded.
By the looks of it Google Glass cuts out most internet marketing as it could be an annoying distraction for users. Google Glass will get us off from our couches to go and see the world, while the world sees us.  We become the celebrities of our own lives, and get to share it with those we love. Other image based Social Networks such as Instagram should find that the form function of Google Glass makes for a fantastic user experience.
In essence it is a giant kickstarter campaign in all but name,' according to Forbes.A  It estimated that Google would have earned about $50 million during the development phase as well as enhancing the desirability of the product. The images and data are projected into the user’s direct line of sight as they are wearing the device. Physicians are responsible for protecting patients’ health information that has been stored on portable devices. A physician wearing Glass could accidentally stream confidential medical information online and patients might not feel comfortable with their physicians wearing cameras during examinations. Internet marketing might not look the same, but it will take up new forms of display advertising.
The control also extends to battery life; while Google isn't talking runtime estimates for Glass yet, the fact that the heavy lifting is all done server-side means there's minimal toll on the wearable's own processor. Personal, residential and public wireless connections are not certified with HIPAA-compliant business associate agreements and are unsuitable for a patients’ private information. These are currently taking very diverse approaches to Google Glass User, the Fancy for example launched a Google Glass App that allows users to find items that match things they take photos of based on colour (like for example earrings to match your ring).
A professional and privacy-oriented approach to electronic communication online activity is imperative to maintaining public trust in physician integrity. As new technologies are integrated into health care practice, the assurance of privacy will encourage patients to continue to seek medical care.

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