Nice article and cool video, Rich. It will be interesting to see how this technology will be applied. The first thing that comes to mind is game technology. My guess is that adoption will begin with young folks.
A new PC HMI is something I have wanted for quite some time now. I tried touchpads, touchscreens, Kinect, and I am usually let down. My goal is to do more work faster. I thought Windows 8 might be the first step in that direction. So far, I have not been impressed with the OS.
I want to do real work like CAD, art, video editing with this HMI, not just casual use.
I hope that GestIC can help with what I want. With other touchpads, I found my arm/hand would get more fatigued than with general mouse use.
My dream of a Minority Report/Ironman design interface still seems elusive.
Good question about right and left handed, Chuck. I would imagine it could be set up so there is a selection as to left handed or right handed. With games, this technology could be developed so a player could use both hands.
I'm torn with regards to touchscreens. They are neat, but I HATE fingerprints on my displays, so owning a smartphone kills me half of the time. :) I would much prefer using a stylus like on my old Palm Pilot. (Maybe I should pick up one of those capacitive screen stylus devices for my smartphone....)
It will be interesting to see how this can be used as an interface to new devices. Maybe some industrial HMI systems?
What drives me crazy about my smartphone is text entry and editing. Something that is so quick and easy to do with a full keyboard and mouse, is sometimes painful to do on my smartphone.
Like Cabe, I want to speed up my real work (mostly technical writing, schematic generation, and mechanical sketch generation) ... I have little interest in gaming. As long as alternative tools require me to take my hands off the keyboard, as a mouse or trackball do, I don't see how they could speed things much. My hope is that someday, I'll be able to, say select a line of text and move it without having to move my hands off the keyboard. Toward that end, I recently bought Dragon to explore its capabilities at such tasks. I've often wanted to rig a foot-operated positioning device, with the other foot used to click, to my desktop. These gesture sensing methods seem to be aimed at the gee-whiz gaming crowd ... which, of course, is where the $$$ are. Oh well ...
I'm normally not an early adopter and only recently traded my "vanilla" cell phone for a Galaxy S3. I was excited to see that I could make sketches to memorialize sudden inspirations as line drawings. I was equally disappointed to learn that the S3 screen is capacitive and requires a "stylus" as big as a pencil eraser to work! This makes a very, very poor imitation of a pencil and paper "sketchpad".
In some ways, Analog Bill, the pencil and sketch pad has not been improved upon. Yet anything you're working on that requires data works infinitely better than the pencil and pad. As an example, as a journalist, Word and Google have managed to save me at least 15 hours per week, year in and year out,
Agreed, Rob. Data is an important ingredient. I've had the same experience with word processing that you described. Today, I'm still a two-fingered typist (albeit a pretty fast two-fingered typist), and I can't even imagine how many hours I'd lose every week if I had to change every one of my typing mistakes with an eraser.
Engineers at Fuel Cell Energy have found a way to take advantage of a side reaction, unique to their carbonate fuel cell that has nothing to do with energy production, as a potential, cost-effective solution to capturing carbon from fossil fuel power plants.
To get to a trillion sensors in the IoT that we all look forward to, there are many challenges to commercialization that still remain, including interoperability, the lack of standards, and the issue of security, to name a few.
This is part one of an article discussing the University of Washington’s nationally ranked FSAE electric car (eCar) and combustible car (cCar). Stay tuned for part two, tomorrow, which will discuss the four unique PCBs used in both the eCar and cCars.
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