biomechanik:modellierung:mm4:tbm
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| biomechanik:modellierung:mm4:tbm [11.07.2017 08:38] – [Template & Anchor concept] Maziar Sharbafi | biomechanik:modellierung:mm4:tbm [28.11.2022 00:58] (aktuell) – Externe Bearbeitung 127.0.0.1 | ||
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| Before describing template based modeling we first summarize the challenges on robotics specially legged robots. See the following video for entering the discussion. | Before describing template based modeling we first summarize the challenges on robotics specially legged robots. See the following video for entering the discussion. | ||
| - | {{youtube> | + | {{ youtube> |
| Inspired from what Russ said the challneges of the current technologies in robotics can be summarized in Fig. 1. Expensive robots reauiring highe precision sensors and actuators, with complex and accurate controller which needs precise design and manufacturing requiring huge amunt of energy are too far from biological locomotors. | Inspired from what Russ said the challneges of the current technologies in robotics can be summarized in Fig. 1. Expensive robots reauiring highe precision sensors and actuators, with complex and accurate controller which needs precise design and manufacturing requiring huge amunt of energy are too far from biological locomotors. | ||
biomechanik/modellierung/mm4/tbm.1499755109.txt.gz · Zuletzt geändert: 28.11.2022 00:57 (Externe Bearbeitung)