77 * [ Workspace setup and compilation] ( #workspace-setup-and-compilation )
88 * [ Getting Started Example Object Tracking Project] ( #example-object-tracking-project )
99 * [ Addition documentation] ( #additional-documentation )
10+ * [ How to cite] ( #how-to-cite )
1011 * [ Robot Tracking] ( #robot-tracking )
1112 * [ Getting Started Example Robot Tracking Project] ( #example-robot-tracking-project-using-mpi-apollo-robot )
13+ * [ How to cite] ( #how-to-cite )
1214
1315
1416
@@ -82,7 +84,12 @@ with the point cloud, but it should already be approximately aligned. once you
8284are done, you can click on the object and the tracker should start. You should
8385do so before the object is being moved in the playback of the bagfile.
8486
85- ### How to cite?
87+ ### Addition documentation
88+
89+ For additional details about the object tracking, please checkout the
90+ [ dbot_ros] ( https://github.com/bayesian-object-tracking/dbot_ros/blob/master/README.md ) package.
91+
92+ ### How to cite
8693```
8794inproceedings{wuthrich-iros-2013,
8895 title = {Probabilistic Object Tracking Using a Range Camera},
@@ -96,11 +103,6 @@ inproceedings{wuthrich-iros-2013,
96103}
97104```
98105
99- ### Addition documentation
100-
101- For additionl details about the object tracking, please checkout the
102- [ dbot_ros] ( https://github.com/bayesian-object-tracking/dbot_ros/blob/master/README.md ) package.
103-
104106## Robot Tracking
105107
106108The robot tracking setup builds on top of the object tracking, i.e. follow
@@ -147,7 +149,7 @@ If CUDA is not being used, you can start the CPU based setup by launching
147149For additionl details about the object tracking, please checkout the
148150[ dbrt] ( https://github.com/bayesian-object-tracking/dbrt/blob/master/README.md ) package.
149151
150- ### How to cite?
152+ ### How to cite
151153```
152154@article{GarciaCifuentes.RAL,
153155 title = {Probabilistic Articulated Real-Time Tracking for Robot Manipulation},
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