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Self-organization via active exploration: hardware implementation of a neural robot

机译:通过主动探索进行自我组织:神经机器人的硬件实现

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In a previous paper we presented a neural network called FRONTAL that attempted to capture the ability of Infants to actively self-organize in a non-stationary Environment. This paper describes the procedure Whereby FRONTAL is interfaced to a robotic system Called DART. DART comprises of a PUMA-562 arm And a real-time image processing system. The implement Tation procedure consisted of first connecting FRONTAL To a simulated DART robot. After successful operation, FRONTAL was connected to the real hardware DART.
机译:在先前的论文中,我们介绍了一个名为FRONTAL的神经网络,该网络试图捕获婴儿在非平稳环境中主动自我组织的能力。本文介绍了将FRONTAL连接到称为DART的机器人系统的过程。 DART由PUMA-562手臂和实时图像处理系统组成。实施Tation程序包括首先将FRONTAL连接到模拟DART机器人。成功操作后,FRONTAL已连接到实际的硬件DART。

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