Monthly Archives: January 2014

Don’t be a Glasshole

When I went down to Los Angeles a month ago, I witnessed for my first time a man wearing Google Glass. It was one of the most “what the h*ll” moments. Not only did it confuse me why someone would wear such a thing on their face, but the fact that he was driving. I though to myself, I would probably see him in a ditch down the highway.

That brings to point, what are the real drawbacks that come with augmented reality, such as Google Glass? Well for starters the first drawback by wearing Google Glass is that you will look like you escaped from the cyborg convention. Secondly, the distraction from ‘actual reality’ by wearing (AR) maybe fatal or problematic. With Google Glasses ability to project information right to lens, as well as the ability to place calls, is a real call for concern especially when behind the wheel. There have already been reported incidents where people using Google Glass while driving have been pulled over by police for using a “visual monitor.” The State of West Virginia has already considered a banning on Google Glass while operating a vehicle.

 There has also been concern over its picture and video function. While it may be cool to record your mountain bike ride with the heads up display of your speed, the use of the video and camera function can pose a concern of personal privacy. By not knowing what a person is capturing can really make some people uneasy. Places such as banks, movie theatres, bars, strip clubs and casinos have all banned the use of Google Glass. Perhaps the phrase ‘whatever you say may be used against in you in the court of law’ should be changed with ‘whatever you see may be used against you.’

Don’t Be A Glasshole video.

Star Night, Star Bright

Augmented reality allows for a digitally enhanced view of the real world. Before taking this class I never new what augmented reality really was, I just knew it existed it in terms of video games but did not know to what extent. Since I am not much of a gamer and have never used an augmented reality app on my IPhone this research was a real eye opener. Most of augmented reality apps that are considered the ‘Top 20’ I have found seem to be pointless for lack of a better word. I came across iOnRoad Augmented Driving and app for your IPhone that is supposed to assist with your driving. First, you are supposed to stick your IPhone to your windshield and it gives your warnings if you are getting too close to the car in front of you, lets you know how fast you’re going and warns you if you are driving off the road. Maybe its just me but I’m pretty sure my car already tells me how fast I’m going and if I’m driving consciously I shouldn’t have to have my phone tell me whether or not I’m going to hit the car in front of me or if I’m still on the road.

However, I did find a couple apps that I found to be quite interesting. I grew up checking out the stars on a clear night and have had countless constellation conversations as a kid with my family. I found an augmented reality app for IPhone called Star Walk, which allows you to see all stars, constellations and planets by simply placing your phone or tablet up towards the sky. This app is full of useful information on anything and everything. You can even exit the augmented reality feature and scroll through the sky or use the time line to see how the sky changed over time. This app would be great for a night at the cabin or even as a teaching tool in the classroom. One of the possible downfalls for this app would be its reliability. I am not much of an astronomer so I would assume that the information is correct but other specialists may not agree with what is being projected. Another similar app for Android is called Sky Map and is similar but doesn’t seem to have as many menu options as Star Walk.

Watch Star Walk Tutorial

 

 

Facing Augmented Reality

I’ve had some experience with augmented reality from the 3DS. I see another student has discussed the AR cards that come with the system, so instead I’ll talk about Face Raiders.

Face Raiders is a game that comes pre-installed on the 3DS. This game uses the camera to use as the background for the game and imposes floating enemies into your surroundings. While playing this game I find myself moving around trying to shoot enemies scattered around the room and to avoid getting hit. Playing this game makes the player look pretty silly as onlookers don’t see what they see as they spastically move their console around as a part of gameplay. There is a similar game called the Dream Radar. This game has the player searching their surroundings to find Pokemon hiding around them so that they can catch them and send them to their Pokemon games. This game plays like Face Raiders.

Can you tell what's actually happening in front of you?
Can you tell what’s actually happening in front of you?

These game reveal a potential danger of augmented reality. The augmentation to reality can distract us from actual reality. Images being placed in our line of site inevitably block out something that was actually in front of us. Both of these games are meant to be played while sitting down and they provide several warnings to the use not to stand up while playing the game so that Nintendo doesn’t get sued when little Timmy falls down the stairs trying to catch a Thundurus roaming the clouds.

pokemon-dream-radar-3

Everybody’s Favorite Little Italian Plumber Comes To Life

My first hands on experience with any type of augmented reality technology would have to be the Nintendo 3DS. I remember trying it out at one of their pop up stands at the Kitsiliano beach volleyball tournaments one year advertising the new 3DS. What was really cool is that they had these cards on the table and with the camera and 3D function turned on, the camera would read the QR code on the card and a “portal” would open up and Mario hops out of the table. Each card would have their own mini game and the player would have to move around the card tapping point on the object via the touch screen and the 3D picture would react. This kind of technology could be (and most likely will be) integrated into the media marketing world. Adds would have QR codes on them and when viewed through a phone or something like google glasses, the add would come alive. Imagine flipping through a magazine (or newspaper if they are still around) and all of a sudden an add for the Super Bowl or the Stanley Cup comes to life and a 3D trophy appears with small cheesy little fireworks, streamers ect advertising the game. I feel there is so much potential for this type of technology and can’t wait to see what they do.

By: Trevor Hopton

Here is a link to a review of the 3DS Super Mario augmented reality game, check it out!

What the Batman?!

Augmented reality, a virtual tool that can transform how humans perceive and interpret the world around us is rapidly growing simultaneously with technological advances.  Although I rarely interact with augmented reality games or devices on my iPhone and laptop I do however find it intriguing how various apps nowadays are developed with absolutely no revolutionary factor other than something to waste time doing.  I have been surfing the web to find some apps that are considered ‘must haves’ most apps had a fundamental objective and purpose to their invention but one in particular “The Dark Knight Rises Z+” just absolutely baffled me.  This sought after apps sole purpose is to change natural environment sounds to those you would hear in Gotham City.  Personally, I find this to be the most ridiculous use of resources and developers skills. In my opinion, I do not see the point in needing to hear my environment through an augmented lens.  Although many apps follow this same format of being absolutely useless in advancing or helping your personal needs they are often very popular with today’s society and our endless need for stimuli.

Nevertheless I have tried certain augmented reality apps such as yelp and around me, these two in particular serve a useful purpose in everyday life.  They can articulate where you are currently located and then provide you with accurate amenities in your vicinity that you can choose from.  This type of technology is highly useful to travelers or people who are less familiar with an area or city.  I highly recommend apps facilitating to this nature of global positioning systems.  One easy click and you can find out where you are, what is around you, and if your favourite sushi restaurant has good reviews.

Military grade HUD for everyone?

            So far, I experienced few AR devices, mainly apple i-type devices and Nintendo 3DS. In Nintendo 3DS’s case, that is more for having fun, so it is not really serious about AR. What I experienced with my 3DS so far, is taking picture with my favorite Pokémon. On the other hand, iPad’s case, I used a program to locate zodiacs and the stars in the sky. Because this device has a system to sync my actual directions, it makes me easy to locate the stars I want to see. iPad’s camera is not strong enough to show those stars in the sky, but I can compare and point which star is which one.

            So far, when I try to locate stars, I need to carry my note PC close to the door, and run back and force in order to find out which star is which one. On the other hand, this application let me save a lot of time, and tell me the star’s name immediately. Plus, that program shows the movement of planets in the solar system. So it is very easy to distinguish between stars and planets. Few days before, I could locate one bright star I thought that is a star, but that was actually a Jupiter. I also downloaded Wikitude to try out, and this app is the one I imagined when I heard the AR first. This will overwrap the information above the camera screen. And show me how far from the building I am watching. This is very similar to the HUD in FPS or flight sims. AR devices can be useful if we use properly.

Below: How the Wikitude looks like?

TetsuARDevice

However, tools and technologies do not improve our own motivations. It is said that “Guns do not kill people, people kill people”, now, I must say “AR do not cause problems, people cause problems”. It is necessary for us to educate ourselves in order to use those technologies properly. For example, In Japanese case, Japanese society accepted the Internet before they prepare and educate people how to use those technologies. And then, Japanese school kids start to use those new technologies to increase the efficiency of burying at the school. Some people use them to brainwash those kids with Nationalistic ideas. And even some criminals and rapist use those technologies to locate, and break in or destroy somebody’s house or property. If AR was released without any preparation (include the education and anti-criminal security), this technologies may give those people more opportunities to commit crime.

What does an ostrich look like on the inside?

wtfostrich

The coolest augmented reality I have played with is an app called Star Walk. This app is way cool. It uses your phone’s location, and accelerometer to show you where important stars and constellations are in the sky. If you use the app during the day, it will show you where all the stars are hiding that you cannot see. It is even better at night, when you can see stars. Just move your camera around the night sky and you will see all the constellations that you know of, and even more that you have never even heard of!

The app is fun to play with, but in the end of the day it is a tad gimmicky, and doesn’t unleash the true potential of AR. When I think of a valuable use case for AR, I think of education.

Imagine yourself sitting in biology class, learning about the anatomy of an ostrich. The only ways to learn about their inner workings are either by your teacher drawing on the board/showing you pictures, or by getting your hands dirty. Wouldn’t it be cool if instead of these methods, your teacher brought a live ostrich into class, handed out some special glasses, and gave you a 360 tour of the beasts internals in the form of augmented reality? As you look at the bird, it would overlay the organs, veins, and even show you how the fluids flow inside the animal. You could apply a similar method to physics – the glasses could track how an object is moving, draw tracking lines, and calculate properties such as velocity and acceleration. It can also be used to enhance the arts – as your teacher is talking about something, you could be fed facts and data about it!

It could give an entirely different way of lecturing, that could enhance the learning process. There is no end to what people could do with AR as technology gets more powerful and compact. There are already some great examples of it, whether Google Glass, the Oculus Rift, or…???

Living Life Through (A Pane of) Glass

An interesting example of AR I found was Nokia’s City Lens app. This app uses the phone’s camera to take a live image and overlays points of interest on top of corresponding locations. For example if I was walking down an unfamiliar street and was looking for a good place to eat I could simply take out my phone and fire up the City Lens app and see if there were any restaurants nearby. If there were no restaurants on the immediate street I was on it could point me to restaurants nearby. I would just walk in the general direction the compass was pointing and eventually get closer to the restaurant I was looking for.

In addition to being extremely helpful in helping people navigate AR has many benefits in instructional settings as well. For example a medical student can wear Google glasses and practice his/her surgical skills. The student can see what areas he/she should target and can get tips on how to perform procedures better with the help of visual overlays delivered via AR technologies such as Google glass or Oculus Rift.

However, with its many positives AR technologies have negative aspects as well. First of all the health effects of these technologies are unknown as they are relatively new. Products such as Google glass and Oculus rift sit so close to the eye and demand frequent attention from the user so eye problems such as lazy eye may occur. Second, many of these AR technologies overlay a pane of glass in front of the user whether that be in the form of a smartphone, the prism projector display of Google glass or the head mounted display of the Oculus Rift so essentially when a user is using AR technologies they are living their life through a pane of glass. This begs the question of is it really necessary to augment everything in our lives? In some situations such as medical teaching AR can be a valuable asset but in everyday life such as finding coffee shop or restaurant do we really need this AR technology to help us? Will we never feel the excitement of getting lost again? AR technologies can get in between human relationships literally, with a pane of glass if used improperly. How do you know that someone talking to you is really paying attention? I think these health and etiquette issues associated with AR technologies must be addressed first before products such as Google glass and Oculus Rift can be widely adopted and deployed.

(This Simpsons video presents some of the negative aspects of AR technologies in a funny but true way.)

Blog #2 Augmented Reality: Making your transit experience, an experience since 2013

Augmented Reality. To be honest I had to look up the definition, and according to wikipedia (because that’s trusty): It is a technology that superimposes a computer-generated image on a user’s view of the real world, thus providing a composite view. What? (That was my first impression to be honest), but what can I say, I am not exactly the most tech savvy person out there. This was then followed by a google search (of course!) of the general term Augmented Reality.

Here’s what I found ( I honestly clicked on the first news article and it was extremely interesting): So apparently the Scots have developed a new very high-tech system that allows those daily transit commuters to access, essentially Wi-Fi, on buses simply by scanning your smartphone or tablet on the back of the seat. All you have to do to access the content is to download an “Augmented Reality” app. Hmm.. seems easy enough. So once passengers have done this, they are able to

“open up a channel of interactive videos with a choice of content including interviews with staff, information about services, view theatre trailers, buy theatre tickets or surf the internet”

In my opinion, its quite overwhelming to see just how far technology has come, and more overwhelming to think about where its going. As a patron of public transit myself, this concept is incredibly appealing, as it allows for a more interactive and productive bus ride.

So down to brass tax. Augmented reality: necessary to the evolution of mankind, or ultimately a crippling blow? I think I’d have to go with the former… but that’s mostly because I have a short attention span and sometimes the bus ride feels oh so long.

http://www.telegraph.co.uk/technology/news/10598747/Augmented-reality-rolled-out-on-Scottish-buses.html

Blog Assignment #2: Augmented Reality Contacts?

http://www.wired.com/beyond_the_beyond/2014/01/augmented-reality-parylene-and-vinyl-electronic-contact-lenses/

Right now the technology is just a demonstration of what will hopefully be coming in the not to distant future. The technology is essentially just a contact lens with a circuit in it. While this doesn’t have anything close to the capabilities of an Oculus Rift, it has the potential to have much more practical and mobile functionality. This in my opinion is an important step forward in technologies seamless connection to our body’s. Although im not sure how long it will take to even have the applications of an Oculus Rift, the contact lens  looks to be the next step to increase the practicality of augmented reality. It may be a stretch to think we can get the technology down to a size that fits into a contact. However, in 1956 the first computer hard drive was exponentially larger than todays.

http://www.wired.com/wiredenterprise/2014/01/tech-time-warp-ibm-ramac/?cid=co16608774#slide-id-121131

So to me it doesn’t seem inconceivable that we could have a complex augmented reality application in a contact lens in the next 3/4 century. The upside of this is that we could have a wearable augmented reality that you would barely even notice on your body. The  drawbacks of these potential technological advancements could be people rarely going outdoors or interacting with real people. However, if used responsibly the potential applications can even go beyond augmented reality. Ideally the technology could be used in partnership with our brains. This also presents potential issues of how our brains would respond to such technological connection.