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Development of a Robotic Arm and implementation of a control strategy for gesture recognition through Leap Motion device.

机译:通过跨运动装置的手势识别控制策略的发展和实现机器人。

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The objective of this paper has been the development of a prototype of articulated robotic arm and the implementation of a control strategy through gesture recognition (Leap Motion Sensor), by means the natural movement of the forearm and hand. The series of advances relative to the control techniques have caused that the robotics it has also introduced as an educational complement in obligatory basic teachings. Final Year Project TFG is an academic task that allows to evaluate the skills and competences acquired by students along their university period. So students, during their development, can implement numerous theoretical bases of an entertaining and fun form. To develop and to control robotic elements locally or remotely, it has always proven to be a clear example of additional motivation on the students. The prototype developed has exceeded the initial expectations and at low cost.
机译:本文的目的一直是通过手势识别(LEAP运动传感器)的铰接机器人手臂的原型的开发和控制策略,通过前臂和手的自然运动。相对于控制技术的一系列进步使得它还引入了强制性基本教义中的教育补充。最后一年项目TFG是一个学术任务,允许评估学生沿大学期间获得的技能和能力。因此,学生在开发期间,可以实施众多理论基础的娱乐和有趣形式。在本地或远程控制机器人元素,始终证明是学生额外动机的一个明确的例子。发达的原型已超过初始期望和低成本。

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