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@@ -23,14 +23,14 @@
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gestures, and map these gestures to elements in an application. This report
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presents a generic architecture for the detection of complex gestures in an
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application. The architecture translates device driver messages to a common
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- set of ``events''. The events are then delegated to a tree of ``areas'',
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- which are used to separate groups of events and assign these groups to an
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- element in the application. Gesture detection is performed on a group of
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- events assigned to an area, using detection units called ``gesture
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- tackers''. An implementation of the architecture as a daemon process would
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- be capable of serving gestures to multiple applications at the same time. A
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- reference implementation and two test case applications have been created
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- to test the effectiveness of the architecture design.
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+ set of ``events''. The events are then delegated to a tree of ``event
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+ areas'', which are used to separate groups of events and assign these
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+ groups to an element in the application. Gesture detection is performed on
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+ a group of events assigned to an event area, using detection units called
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+ ``gesture tackers''. An implementation of the architecture as a daemon
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+ process would be capable of serving gestures to multiple applications at
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+ the same time. A reference implementation and two test case applications
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+ have been created to test the effectiveness of the architecture design.
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\end{abstract}
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