Discussion of heads up displays
Contents
- 1 Panel on Heads Up Displays
- 2 Audio AR
- 3 Reality Filters
- 4 Haptic AR
- 5 Diminished Reality
- 6 The Field of AR Itself
- 7 Determining Use-Value in Wearble Displays
- 8 Instant Replay
- 9 Minimalistic AR
- 10 User Research
- 11 Fashionable, Feasible Prosthetics and Social Status
- 12 Input other than gestures is not discussed
- 13 Types of Notifications
- 14 Trust and Privacy
- 15 Knowing what the user needs
- 16 Minimum Viable Product Features
- 17 Other types of input
- 18 Concept Models
Panel on Heads Up Displays
- Sony Ericsson
- August 2011
- Lund, Sweden
Audio AR
Using audio and moving the phone around to filter what is in one's area.
There were three buttons, near, middle; far out. This helped to filter the information.
Charlotte Magnuson.
Reality Filters
Applying a filter for visual search in a city. In Korea for instance, being able to search for a word or title and have your heads uo dispaly highlight those and dim the others, drawinf your attention to them with filtered or diminished reality, much like Steve Mann did in the grocery store.
Haptic AR
Haptic compass belt to orient you to a place
Hitoshi kirokawa - see-through display - Alex Olwal from MIT Media Lab gave this example.
Diminished Reality
Voice canceling, machine vision and cancelling with a videocamera input, processing loop and ocular input.
The Field of AR Itself
One of the design engineers in the audience spoke up. "This field suffers from doing cool things - maybe this gets in the way of something being useable".
To which I thought, "the most obscure thing ends up being the most basic thing - revolution comes from the unexpected". The homebrew computer club for instance, the ugliest most unsuspecting thing ends up being the most disruptive.
How to do the appropriate user studies - when we don't have these glasses at the moment?
Determining Use-Value in Wearble Displays
To which I said - in order to determine how to make something useful instead of just experimental, we need to identify the need of the user for these glasses, or the main problems that are solved by wearing the glasses. What is the need behind this?
What info actually needs to be attached to one's eyes. When do glasses actually need to be used?
The host, Pär-Anders Aronsson, gave the example of sunglasses. "We all know why we wear sunglasses," he said, The slightly better vision get makes it all worth it. You wear sunglasses to help out in shading the sun. It solves a problem.
Will people wear these glasses? What will be the killer app for it? This platform needs a killer app as well as a design that increases social status rather than detracts from it. Either that, or it provides some feature so useful (the killer app case) that the idea of ugliness or status degradation flies out the window in the face of the user becoming inherently superhuman while using it. Similar to the early cell phone and cell phone users. Though the device was ugly, it provided an efficient and practical wormhole for communication with someone who is far away from anywhere in the world.
Instant Replay
Instant replay - for instance if I am out and about and I see a gorgeous lady I would like to replay it, said an audience member.
But there would be privacy considerations around that, said another in the room.
To which I thought - great business opportunity! Sell clothing that displaces the light so one's face or body can't be recorded! Many posts have been written about this lately. "How to hide from the machines" and so on.
Minimalistic AR
Another pointed out that AR might be more useful in terms of something that is very simple rather than overkill. "Instead of my HUD giving me lots and lots of data just give me vectors - the vectors of direction. That's all I need for navigation".
To which I stated, "The goal of information design, especially functional, everyday information design, should be to render as little as possible to get the information across that fulfills a need." The majority of current AR is obnoxious
User Research
I then pointed out that there was probably a very simple way to know what entry-level real-life situations would be helped by HUDs. For instance, when you watch people using their phones, pay close attnetion to the situations in which people are completely stuck into their phone or can't do a task because they are trying to look at their phone and the real world at the same time while moving. see the situations when people are stuck into their phone - and then those instances are what needs to appear on the phone. those situations present problems that van be solved by entering those use cases into the head's up display.
Fashionable, Feasible Prosthetics and Social Status
For wide adoption it needs to be able to increase one's social viability. Vs. Detract from it. Not interfering with the social norm. Not detracting from one's sociability.
Like a Mercedes Benz or a BMw adds to your social status. An old Geo Metro may detract from social status, although it is a far more robust, affordable, gas-efficient and maneuverable vehicle.
Every user needs to have an experience that grows over time. They can't just start out with all of the complexity that a system provides.
A user is very trainable over time to the point that when they have a device that they know exactly what they are going to do with it when they pick it up or put it down. When you watch someone with a smartphone, they have an idea of what they want to do with it when they touch it. You can
Input other than gestures is not discussed
"As a species we are built to want to manipulate things with our hands", says Charlotte M.
Steve Mann's used a Twiddler one-handed key chording device along with his very advanced HUD. Thad Starner used that same Twiddler device with his own custom HUD. The Twiddler is a device standard among many, but the learning curve is different. There needs to be a standardized way of entering information and data while using a wearable computer. Just a simple pointer or selector for one hand would make a bit of sense. Charlotte M. talked about how she gave kids a three button handheld device allowing them to focus on the very near, near and far. For devices like these, it would make sense that they would have tangible, solid buttons as it would allow users to use the device without looking at it.
Types of Notifications
Plus, I have that fantastic image processor in my head that converts the minimal images - into higher super duper resolution.
Maybe it is a discreet light that sits on the rim of the glasses that blinks a light For direction.
Trust and Privacy
Would you trust someone who was wearing these glasses?
Maybe try shouldn't do too much Right now I am in high tech mode But when I am with you -- I take them off.
Knowing what the user needs
If we know exactly what is importer to the user we will know the problems to solve -/ we will not be able to above all of the problems -- but if we just solve one or two that is enough
Minimum Viable Product Features
The first iPhone was very simple. While it didn't have GPS or 3G, it make it easy to do some things better than others. It was an incremental progression over previous methods of interacting with data.
If we aim low we may have more chances of success
At the very least we should design a HUD that where we don't get nausea from it or receive too much information - somehow what to focus on - what is the thing to focus on - I think it can be a key.
What should be the thing you would like to have in glasses that you would like to have that would motivate the use of glasses vs. the use of the mobile phone?
If my car breaks down is it possible to become my own mechanic? That would be disruptive in taking mechanics out of the way. Order parts from amazon from the device that you need.
Expert systems you go through to check that.
When thinking of the persistent architecture as a historical mistake, understand to think this through more in the future in order to not repeat that mistake again.Because nothing is more permanent than a temporary fix.
Other types of input
Skinput. In combination with tangibles- things you can play with on the go without having to visually look at them. The body can store
Tacticycle - bicycle that can give directions through haptic buzzers on the handlebars.
Concept Models
The best way to get a product point across is a design model where someone really puts some thought into it. For some odd reason, designers don't really have to be able to build or wire up objects, although the best of them can. MIT's media lab teaches both design and development. Inseparable from each other.
And if one cannot 3D animate, carving an object or building it from paper and Photoshopping it can get the point across too. As long as the essence of the idea is communicated visually, what it takes to get it there doesn't matter one bit. Laserdome