Meet the Laptop of 2015
cweditor writes "Like concept cars at auto shows, the computer industry designs 'concept notebooks' to imagine the machines of the future. The 'concepts' may not come to market as-is, but it's likely some of their ideas, components and features will. Take a look at systems you might be using in 7 years. In one, a touch-sensitive screen acts as the system's keyboard and mouse, allowing you to slide your finger across the screen to immediately shut off the display and keep what you're working on confidential. Their associated image gallery includes a prototype for a dual-screen laptop."
Apparently in the future the idea of tactile feedback is dead and everybody just types on glass screens like in the movies. Presumably these laptop designers have not actually tried that themselves to see just how much people actually like typing on a piece of glass with no cues at to where the keys are.
I read the internet for the articles.
... it looks like the laptops of the future all have crappy keyboards.
It's the whole "gee, look, with touch-sensitive screens we can paint a keyboard on the screen that you can use instead of an actual keyboard!"
How the heck are you supposed to touch-type on something that gives you no tactile response?
Eviscerati.Org: All Hail the Eviscerati
A whole bunch of "futuristic" designs, and not one that utilizes a flexible LCD.
With a flexible LCD that rolls up when not in use, coupled with a flexible keyboard that likewise rolls up, one can escape (at least partially), the limiting factor of computer design...that is, having a system that a human can interface with comfortably.
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~ |rip/\/\aster /\/\onkey
I've always thought the idea of dual screens on the Gameboy DS was a bit of a strange idea. I mean, why not just use one screen that is twice as big? Then, games that want to use a 'dual screen' concept can always split the screen in half and draw one set of stuff to one half, and another set of stuff to the other half. But, other games can use it as a single, large screen.
I personally think it probably comes down to cost - it's cheaper for Nintendo to buy two smaller screens than a single large screen. My understanding of LCD technology is that, apparently, it's difficult to grow the crystals without bad pixels, so that as the screens get larger, they rapidly get more expensive, because it's decreasingly likely that you'll get an LCD panel of a particular size without flaws - so all the flawed ones either get thrown away, or maybe they can cut them down to smaller displays (that is, cut out the bad part and end up with 1 or 2 smaller panels) and sold more cheaply at the small size?
Anyhow - *my* laptop of the future has a simple white (or neutral color) flap onto which a display can be projected, and the flap can be folded under the laptop when I want to project onto another surface, like a projection screen or white wall. That is, a laptop with built-in projector, not an LCD. (I suppose, ultimately, for power consumption purposes, you'll never have a projector built in, because it would take too much energy to run, but I can dream, right?)
What I want is my 1TB USB keychain (or iphone) to have my favorite OS, apps, and all my data, and to be able to plug it into CPU/keyboard/mouse/display/diskless/OSless stations in airplanes, cafes, hotels, etc.
The various Linux-on-a-thumbdrive distributions and products are a step in the right direction. What we really need now is for vendors to design stations that these doodads can plug into.
The computer of the future will be a bionic implant.
The one right before that will just be a "box" with the thinking parts, a visual display which will either be eyeglass-mounted, a handheld-sized projection device that projects onto a table or wall, a keyboard-equivalent which might be gloves, a flat, rollable keyboard, or even a camera-based sensor that detects where your fingers are, and a mouse-trackpad equivalent which might be 3-d gestures or something that reads 2-d finger movements similar to the keyboard already mentioned. Some computers will have speech, speech/vocal-cord detection and speech-input processing, body-movement detectors for games and more practical applications, and other input and output devices.
The box will be wirelessly connected to the tubular internets 24/7. Power-recharge will be wireless and will probably piggyback off of body motion, body heat, and other ambient energy sources in addition to supplied power. Capacitors or battries will store power.
Knowledge is how to play a game, intelligence is how to win, wisdom is knowing what game to play.
I'd thought my point was quite relevant, actually... tactile feedback is a critical element in a touch typist's accuracy. The fact that the parent's post had typos showed that, to him, accuracy was not as important as speed (not right now at least). If speed was his primary concern, then it is easy to see why the idea of using technology to improve his accuracy was so easily dismissed.
It is easy to see how accuracy plays less of a role in a world where thumb typing slang is de rigeur and the excuse of "you know what I meant" is commonplace.
- Despite popular opinion, I am not perfect.
Comment removed based on user account deletion
Is that the laptop of the future:
You know, people just don't get it. If I'm buying a desktop, yes, I want all of the bells and whistles and don't care how heavy or how much power it uses. But when I buy a laptop, I'm not buying a mobile desktop. I want something that's light and easily portable. I want something with a keyboard that's usable, not merely "painted on" as an afterthought; tactile feedback matters. I want something which can be opened in economy class on an airline - the last corporate laptop I had was so big that this was impossible - I used my Palm instead. And I want something that can be used for hours on end without a recharge.
The society for a thought-free internet welcomes you.