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  • TED演讲:如何赋予AI力量而不是被它压倒(4)

    Alright, reality check: Are we going to get AGI any time soon? 好了,回归现实:我们很快就会有AGI吗? Some famous AI researchers, like Rodney Brooks, think it won't happen for hundreds of years. 一些著名的AI研究者,如罗德尼...

  • TED演讲:如何赋予AI力量而不是被它压倒(3)

    So all this amazing recent progress in AI really begs the question: How far will it go? 所以近来,这些惊人的人工智能进步让大家不禁想问:它到底能达到怎样的程度? I like to think about this question in terms of this...

  • TED演讲:如何赋予AI力量而不是被它压倒(2)

    My friend Jaan Tallinn likes to point out that just as with rocketry, it's not enough to make our technology powerful. 我的朋友扬塔林常说,这就像是火箭学一样,只让我们的科技拥有强大的力量是不够的。 We also have...

  • TED演讲:如何赋予AI力量而不是被它压倒(1)

    After 13.8 billion years of cosmic history, our universe has woken up and become aware of itself. 在138亿年的历史之后,我们的宇宙终于觉醒了,并开始有了自我意识。 From a small blue planet, tiny, conscious parts of our uni...

  • TED演讲:如何成为生化人并扩展人类潜能(9)

    I believe the reach of NeuroEmbodied Design will extend far beyond limb replacement 我相信,神经体现设计的范围将远超替换肢体的范围, and will carry humanity into realms that fundamentally redefine human potential. 它会将人类...

  • TED演讲:如何成为生化人并扩展人类潜能(8)

    By connecting Jim's nervous system bidirectionally to his synthetic limb, neurological embodiment was achieved. 通过将吉姆的神经系统双向连接到他的合成肢体上,实现了神经体现。 I hypothesized that because Jim can think an...

  • TED演讲:如何成为生化人并扩展人类潜能(7)

    Now, Jim moves and behaves as if the synthetic limb is part of him. 吉姆活动和做事时,合成肢体就像他的一部分。 For example, one day in the lab, he accidentally stepped on a roll of electrical tape. 例如,某天在实验室,他...

  • TED演讲:如何成为生化人并扩展人类潜能(6)

    The answer was Team Cyborg, a team of surgeons, scientists and engineers 答案就来自于生化人团队,一个由外科医生、科学家和工程师组成的团队, assembled at MIT to rebuild Jim back to his former climbing prowess. 聚集在麻...

  • TED演讲:如何成为生化人并扩展人类潜能(5)

    When a limb is amputated, the surgeon connects these opposing muscles within the residuum to create an AMI. 当肢体被截掉以后,外科医生把残肢内这些拮抗肌连接起来,形成AMI。 Now, multiple AMI constructs can be created for...

  • TED演讲:如何成为生化人并扩展人类潜能(4)

    The current amputation paradigm breaks these dynamic muscle relationships, 目前的截肢范式打破了这些动态肌肉间的关系, and in so doing eliminates normal proprioceptive sensations. 这样做也消除了正常的本体感知能力。...

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