现代的生物控制论就是如此。一百年前，这门学科在美国开始创立时也是隐隐约约的。
So it is with the science of biological control in its modern sense. in american it had its obscure beginnings a century ago.
生物学家用系统、控制论与信息处理方法来观察了解生物学过程的例子越来越多。
Now the systemic, cybernetic and information processing methods have been widely used by biologist to observe and understand the biology process.
控制论在生物、机械和电子系统方面，联系和控制过程的理论研究，特别是在生物和人造系统这些过程的对比。
The theoretical study of communication and control processes in biological, mechanical, and electronic systems, especially the comparison of these processes in biological and artificial systems.
形态论者利用基因和生物工程技术改造了他们的身体去适应空间，而机械论者把信心放在制造高级人类使用的控制论增强器上。
The Shaper faction uses genetic and bio-engineering to adapt their bodies to space while the Mechanists believe in creating superior humans using cybernetic enhancements.
另一方面，系统控制论等信息科学学者也正把生物体看作又一类新的复杂系统与智能系统的研究目标。
On the other hand, organism is treated by information science scholar as new research targets of complex and intelligent systems.
它吸取了人工智能、概率统计、计算复杂性理论、控制论、信息论、哲学、生理学、神经生物学等学科的成果。
It absorbed some results of artificial intelligence, probability and statistics, computational complexity theory, control theory, information theory, philosophy, physiology, neurobiological.
自1990年开始，丘成栋教授开始对应用数学的很多分支产生了浓厚的兴趣，包括滤波理论、控制论和生物信息学。
Since 1990, he got interested in many branches of applied mathematics, including filtering, control theory and Bioinformatics.
自1990年开始，丘成栋教授开始对应用数学的很多分支产生了浓厚的兴趣，包括滤波理论、控制论和生物信息学。
Since 1990, he got interested in many branches of applied mathematics, including filtering, control theory and Bioinformatics.
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