Be inspired from natural plant growth, this paper proposes a bionic algorithm for solving the global optimization of nonlinear integer programming.
从大自然植物生长中得到启发,提出了一种求解非线性整数规划全局最小解的仿生算法。
The research of the bionic robot can be inspired from the ingenious mechanism and skillful movement of animals, which will improve the hopping performance of the robot.
仿生跳跃机器人的研究能够从生物体灵巧的运动机构和机敏的运动模式上获取灵感,使跳跃机器人的性能得到提升。
We can all continue to learn and be inspired from other entrepreneurs, whether they are billionaire household names or those just starting his or her entrepreneurial journey.
我们可以不断学习,从其他企业家身上获得启发,无论他们是家喻户晓的亿万富翁,还是刚刚起步的创业者。
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