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1·This creates the Canon of bipedal locomotion.

这就造成了“佳能”双足移动的。

2·Bipedal locomotion in humans frees the hands for grasping and manipulation.

人用两足行走，双手得到解放，可以用来抓握和操作。

3·The universal mathematical functions of bipedal locomotion can then be optimized for the known constraints of robotic hardware.

双足移动的普遍数学函数然后可以为机器人硬件已知的约束优化。

4·Huey: Letters. Between scientists doing the same kind of research... he always complained that nobody understood his ideas on bipedal locomotion.

休伊：信件。做相同研究的科学家之间那种。他总是抱怨没人理解他关于双足步行的理念。

5·Bipedal locomotion is obviously challenging and mathematically complex to implement, especially compared to other locomotion methods available to roboticists.

双足移动显然是具有挑战性的数学复杂的实施，特别是相对于提供给机器人专家等运动方式。

6·Roboticists have struggled for decades to understand bipedal locomotion, and even today’s most sophisticated robots require huge amounts of energy and computer power to walk on two legs.

机器人专家们已经花了几十年的努力去理解两脚运动，如今最聪明的机器人也需要大量的能量和运算能力来实现双脚行走。

7·Roboticists have struggled for decades to understand bipedal locomotion, and even today's most sophisticated robots require huge amounts of energy and computer power to walk on two legs.

机械人专家奋斗了几十年要了解双足运动，可是即使是今天最先进的机械人，也仍然需要庞大的能源和快速的计算机运算才能用双脚走路。