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found 25 (5 left). |
Fitts' Law |
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| 1 | HCI | Input | |
| Article:ei.cs.vt.edu/~cs5724/g1 | |||
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Summary What is Fitts' Law? It enables the prediction of human movement and human motion based on rapid, aimed movement, not drawing or writing. Fitts' law is a powerful method of modeling rapid, aimed movements.
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Myths about QWERTY |
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| 2 | HCI | Input | |
| Article:home.earthlink.net/~dcrehr/myths.html | |||
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However, in "The Panda's Thumb," Gould attributes this reason to the creation of QWERTY. For a detailed explanation of the REAL reasoning behind QWERTY, see "Why QWERTY was Invented. the QWERTY keyboard was invented so that a salesman could quickly type the word "Typewriter" by placing his fingers on the top row of letter keys.
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Chapter 3 2D Palmtop Interaction Device in Immersive Environment |
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| 3 | HCI | Input | |
| Article:www.public.iastate.edu/~lchill/thesis/chapter3.htm | |||
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The discussion of the palmtop interaction device system concept is divided into four sections: Motivations, Interaction Tasks, Applications, and Related Research. Actions are performed via ray-selected two-dimensional menus, direct object manipulation, proximity and ray casting object selection, and a 2D Virtual User Interface Color selection panel [Heath98]. § Use Familiar UI Tools – All Java user interface elements are standardized similar ...
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CHI'95 paper |
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| 4 | HCI | Input | |
| Article:www.dgp.toronto.edu/people/GeorgeFitzmaurice/papers/gwf_bdy.html | |||
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ABSTRACT We introduce the concept of Graspable User Interfaces that allow direct control of electronic or virtual objects through physical handles for control. Finally, we conclude by presenting a design space for Bricks which lay the foundation for further exploring and developing Graspable User Interfaces. Traditional graphical user interfaces (GUIs) define a set of graphical interface elements (e.g., windows, icons, menus) that reside in a purely electronic or virtual form.
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Theoretical Foundations of 3D-Metaphors |
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| 5 | HCI | Input | |
| Article:www.inf.ethz.ch/personal/kettner/pub/3d-metaphors.workshop.html | |||
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A 3D-metaphor explains the handling of a 3D-operation with a two dimensional input device. Current developments emphasize new input devices with higher degrees of freedom for interaction with three-dimensional graphics application. virtual-sphere-metaphor = ( parallel { turntable-angle-metaphor, turntable-axis-metaphor }, variants = ( ...
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Reason magazine -- June 1996 |
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| 6 | HCI | Input | |
| Article:www.reason.com/9606/Fe.QWERTY.html | |||
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Our story concerns the history of the standard typewriter keyboard, commonly known as QWERTY, and its more recent rival, the Dvorak keyboard. From Qwerty vs. Dvorak keyboards, to Beta vs. VHS cassettes, history shows that market share and technical superiority are rarely related." In this second phase the Dvorak typists progressed less quickly with further Dvorak training than did QWERTY typists training on QWERTY keyboards.
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Wired 2.10: Sensor Deprived |
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| 7 | HCI | Input | |
| Article:www.wired.com/wired/archive/2.10/negroponte.html | |||
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Aliens/UFOs Computer Games Computer Ref. Another way for computers to sense human presence is through computer vision - giving machines the ability to see. By sensing facial expressions, the computer could access a redundant, concurrent signal that enriches the spoken or written message.
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Maltron Keyboards - RSI relief |
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| 8 | HCI | Input | |
| Collection:www.maltron.com/papers.html | |||
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Click on each of the links below to view each paper or click on the icon to download the paper as a Microsoft Word 97 document Paper presented at the 19th Annual Congress of IMART, The Royal Society of Medicine, Wimpole St., London. 4th May 1994 Paper presented at: The Ninth Congress Of The International Ergonomics Associations,2-6 September 1985, Bournemouth, England (Paper F1/2 (p 457 of proceedings))
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Untitled |
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| 9 | HCI | Input | |
| Article:www.asktog.com/columns/022DesignedToGiveFitts.html | |||
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Untitled NoMetaDescriptionConnection Failure. Input http://www.asktog.com/columns/022DesignedToGiveFitts.html
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THE SUNDAY TIMES: NEWS |
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| 10 | HCI | Input | |
| Article:www.sunday-times.co.uk/news/pages/sti/2001/04/29/stinwenws02017.html? | |||
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The machine's developers now hope that it will eventually enable paralysed people to type, play computer games and even steer their wheelchairs using mind power. When he tested the "mind-reading" Adaptive Brain Interface (ABI), he found that after three hours' practice he was able to write a message by thought alone; his words were: "Arsenal Football Club." The machine's software then "learns" the brainwaves that result, and the user learns how to think in a way that makes the machine react.
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wayV |
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| 11 | HCI | Input | |
| Software:www.stressbunny.com/wayv/index.shtml | |||
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1. Experiment with human computer interaction, especially gesture based computing. treewm - virtual desktops organised in trees daVinci - graph visualisation Feed Essay to do with visualisation About Innovation - CNET article Thumbscript - different way of inputing text Rapid Serial Visual Projection - Gnome Project Tangible Media - Toaster TDFSB - 3D file system browser TreeDoc - an online implmentation of Fluid Documents Browse the Web - without pages Twin: Text Mode Window Manager Bubbling...
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Bonnie E. John's GOMS Page |
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| 12 | HCI | Input | |
| Collection:www-2.cs.cmu.edu/afs/cs/user/bej/www/GOMS.html | |||
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Carnegie Mellon University School of Computer Science Technical Report No. Also appears as Human-Computer Interaction Institute Technical Report No. The above technical report has been accepted as two papers to appear in ACM Transactions on Computer-Human Interaction.
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Ph.D. Thesis: Graspable User Interfaces (George Fitzmaurice, 1996) |
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| 13 | HCI | Input | |
| Article:www.dgp.toronto.edu/people/GeorgeFitzmaurice/thesis/Thesis.gf.html | |||
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Abstract This dissertation defines and explores Graspable User Interfaces, an evolution of the input mechanisms used in graphical user interfaces (GUIs). A Graspable UI design provides users concurrent access to multiple, specialized input devices which can serve as dedicated physical interface widgets, affording physical manipulation and spatial arrangements. Like conventional GUIs, physical devices function as "handles" or manual controllers for logical functions on widgets in the ...
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PUI2001 Schedule and Table of Contents |
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| 14 | HCI | Input | |
| Collection:www.cs.ucsb.edu/PUI/PUIWorkshop/PUI-2001/PUI2001Schedule.html | |||
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Christian Elting & Georg Michelitsch European Media Laboratory GmbH Sony International (Europe) GmbH Multimodal optimizations: Can legacy systems defeat them? James Davis & ...
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Multimedia Laboratories Introducing the DoCoMo Laboratories |
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| 15 | HCI | Input | |
| HypertextNode:www.lab.nttdocomo.co.jp/english/kenkyu/medhia1.html | |||
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While we expect mobile terminals to be compact, simply reducing the size of operating components (interface) such as keyboards and displays inevitably leads to poor usage convenience. Our laboratory is engaged in research on interfaces that can offer both portability and operability in order to realize the mobile and wearable information terminals of the new era. See M.Fukumoto, Y.Tonomura, Wrist Handset Whisper "Whisper: A Wristwatch-Style Wearable Handset," Proc.
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R-97-51: Input Device for 3-D Interactions |
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| 16 | HCI | Input | |
| HypertextNode:www.hitl.washington.edu/publications/r-97-51/ | |||
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R-97-51: Input Device for 3-D Interactions Input Device for 3-D Interactions by Sisinio Baldis 2.1.3 Empirical studies of the Effectiveness of Input Devices in 3D Spaces
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Expanding Target Prototype Designs |
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| 17 | HCI | Input | |
| Software:www.dgp.toronto.edu/~mjmcguff/research/expandingTargets/ | |||
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The above design is inspired by a recent version of a popular operating system that supports icon magnification. Icons expand as the mouse pointer comes into proximity. However, when approaching from the side, the expansion and contraction of neighbouring icons creates a significant sideways motion, shifting the target's position and making it more difficult to acquire.
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Job Accommodation Network Publications |
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| 18 | HCI | Input | |
| Article:janweb.icdi.wvu.edu/media/altinput.html | |||
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Standard keyboards are made for typists who use two hands and ten fingers; alternative input devices are made for computer users with a variety of limitations, including individuals with no hand or finger movement. Available alternative input devices replace the "traditional" keyboard and mouse, translating the movements of a user into directly proportional movements of the computer mouse pointer. For additional information about on-screen keyboards, visit: <http://...
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Brain-UI Report on Communication Strategies -- Duke Hutchings |
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| 19 | HCI | Input | |
| Article:www.cc.gatech.edu/~hutch/papers/brain-ui-review.html | |||
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Indeed, patients are able to communicate with a computer by "thinking" alone. Whereas scanning specifies a method for generating input, abbreviation expansion, as the name implies, specifies a method for minimizing the amount of input needed to generate whole words or phrases. Word prediction is another method which does not generate input but rather allows minimal input to be mapped to richer input.
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Untitled |
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| 20 | HCI | Input | |
| Article:www.visi.com/~pmk/evolved.html | |||
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Untitled In the United States, the most common keyboard layout for computer keyboards remains the one designed by Christopher Sholes for the original Remington "Type Writer" in 1876. When a top-row or bottom-row key is to be hit, each finger on the bottom or top row (respectively) moves to the home row, and that costs 1 unit each. An additional unit is charged to move to the bottom row (except for the index finger in its natural column) or to move an index finger to the top row ...
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