Contact
tyler.nowicki@gmail.com

CV
Summer 2017

Classification of subsequences into accelerating (ease-out), decelerating (ease-in), and constant velocity (even).

Average speed of decelerating subsequences. Average speed of accelerating subsequences.
Decelerating to accelerating change-point. Accelerating to decelerating change-point.

Change-Points in Traditionally Animated Movement
Tyler Nowicki
University of Waterloo
August 18, 2016

In this presentation I discuss my research into classifying a trajectory to segments that are speeding up, slowing down or moving at a constant velocity. The purpose of this study is to determine if traditional animation changes speed over time in a predictable manner. Although this work is not complete it shows potential.

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