By Jeff Trinkle, Yoky Matsuoka, Jose A. Castellanos
Robotics: technological know-how and structures V spans a large spectrum of robotics, bringing jointly researchers engaged on the rules of robotics, robotics purposes, and the research of robotics platforms. This quantity provides the lawsuits of the 5th annual Robotics: technological know-how and platforms convention, held in 2009 on the college of Washington in Seattle. The papers provided hide a variety of subject matters, together with manipulation, locomotion, computer studying, localization, visible SLAM, haptics, and biologically encouraged layout. The convention and its court cases replicate not just the super progress of robotics as a self-discipline but in addition the need within the robotics group for a flagship occasion at which the easiest of the learn within the box may be presented.--------------------------------------------------------------------------------Сборник составлен по материалам международной конференции Робототехника: Наука и Система, прошедшей в 2009 году в Сиэтле (США).
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11. These results show that the model can successfully recognize the type of observed motion even for different subjects. It is also suggested that the statistical models at different layers have different granularity levels because the variation of probabilities is smaller for upper layers. In particular, similar motions such as walk and jog begin to merge at layer 7. Figure 12 show the result at the bottom layer for a completely unknown motion (lifting an object from the ﬂoor). It is clear that the database cannot tell whether the motion is jump or kick, which is intuitively reasonable because these three motions start from small bending.
Lewis. Applied Optimal Control and Estimation. Digital Signal Processing Series. Prentice Hall and Texas Instruments, 1992.  Sridhar Mahadevan and Mauro Maggioni. Proto-value functions: A laplacian framework for learning representation and control in markov decision processes. Technical Report TR-2006-35, University of Massachusetts, Department of Computer Science, July 2006.  Ian R. Manchester, Uwe Mettin, Fumiya Iida, and Russ Tedrake. Stable dynamic walking over rough terrain: Theory and experiment.
If a motion is represented by joint angle trajectories of a skeleton model, it can be easily converted to the virtual marker set representation by giving the relationship between each marker in the virtual marker set and the skeleton used to represent the original motions. The relationship between a virtual marker and a skeleton is deﬁned by specifying the link to which the marker is attached, and giving the relative position in its local frame. Although this approach requires some work on the user’s side, it allows the use of multiple skeleton models with simple distance computation.
Robotics: Science and Systems V by Jeff Trinkle, Yoky Matsuoka, Jose A. Castellanos