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Remote control: Proposed 2.7.2 Access Relationships Microsoft placing Wikipedia on TV-DVD and using mouseless browsing via Perceivable navigation and activation keys: This prevents Mary from having to say the word 'tab' numerous times to get to her desired hyperlink. by speaking the command "select link 12"). The plug-in overlays each hyperlink with a number that can then be used to directly select it (e.g. Mary cannot use the mouse or keyboard due to a repetitive strain injury, instead she uses voice control technology with uses a mouse-less browsing plug-in to her browser. In this case it is much more efficient for navigation and activation selection points to be both viewable by the user and controllable by their assistive technology. Therefore users often find control by speech recognition to be advantageous. Some users have problems controlling the mouse and/or the keyboard. This is sometimes known as mouse-less browsing. Proposed 2.7.1 Discover navigation and activation keystrokes:Ģ.7.1 Discover navigation and activation keystrokes: Direct navigation and activation keystrokes are discoverable both programmatically and via perceivable labels. Guideline 2.7 Provide structured navigation.

1.7 Proposed 2.7.7 Configure Set of Important Elements.

1.5 Proposed 2.7.5 Access to Relationships which Aid Navigation.

1.3 Proposed 2.7.3 Location in Hierarchy.

1.2 Proposed 2.7.2 Access Relationships.

1.1 Proposed 2.7.1 Discover navigation and activation keystrokes:.

Design Introduction Since its introduction in 1968, the computer mouse has remained largely unchanged. A working prototype of Mouseless Copyright is held by the author/owner(s). Input devices and strategies Graphical user interfaces General Terms figure 1. Keywords Mouse, multitouch, gestural interaction, desktop computing, input device ACM Classification Keywords H.5.2 : User Interfaces. In this short paper, we present the design and implementation of various Mouseless prototype systems. Mouseless proposes a number of novel additional gestural interactions while supporting all the conventional computer mouse interactions.

It consists of an IR laser beam and an IR camera, both of which are embedded in a computer. As a result, we have become increasinglyĬHI 2011 ¢ Interactivity 2 Open May 7 ∱2, 2011 ¢ Vancouver, BC, Canada Mouseless: A Computer Mouse as Small as Invisible Pranav Mistry MIT Media Lab 75 Amherst Street Cambridge, MA 02139 USA Pattie Maes MIT Media Lab 75 Amherst Street Cambridge, MA 02139 USA Abstract Mouseless is a novel input device that provides the familiarity of interaction of a physical computer mouse without requiring a real hardware mouse.

Mouseless: a computer mouse as small as invisible Mouseless: a computer mouse as small as invisibleĬHI 2011 ¢ Interactivity 2 Open May 7 ∱2, 2011 ¢ Vancouver, BC, Canada Mouseless: A Computer Mouse as Small as Invisible Pranav Mistry MIT Media Lab 75 Amherst Street Cambridge, MA 02139 USA Pattie Maes MIT Media Lab 75 Amherst Street Cambridge, MA 02139 USA Abstract Mouseless is a novel input device that provides the familiarity of interaction of a physical computer mouse without requiring a real hardware mouse.