他在数学上创立的“二进位制”奠定了现代控制论和计算机原理的基础。
His binary notation in mathematics laid the foundation for modern cybernetics and computer theory.
真正的研究人员要么在人工智能研究室里遭遇挫折，要么在俄罗斯偏僻的科研机构里继续工作，在那里控制论研究作为数学的分支确实继续进行着。
Real researchers were bumping their heads in frustration in AI LABS, or working in obscure institutes in Russia, where cybernetics did continue as a branch of mathematics.
它在数值代数、控制论、电力系统理论、经济数学、统计学等众多领域中有着广泛应用。
It has numerous applications in numerical algebra, cybernetics theory, electrical system theory, mathematics of economics, statistics and so on.
工艺控制论的模式：解析数学模型，分层递阶智能控制结构，计算机仿真实验和模型参数自适应。
The models of technological control theory included: analytical mathematical model, multilevel intelligent control, and simulation experiment on computer and self-adaptation for model parameter.
把数学规划论和现代最优控制论引入了轴流涡轮级的优化设计。
The mathematical programming and optimal control theory were introduced into the optimal design of axial flow turbine stages.
它在许多数学分支，如最优化理论和方法、控制论、数学规划、大范围分析等领域都有广泛的应用。
It has widely applications in many mathematics subjects, such as optimization theory and method, control theory, programing and global analysis.
本课程是为数学系运筹学与控制论方向博士研究生设置的专业课程。
D mayor in optimization and automatic control theory in the mathematic department.
美国数学家诺伯特·维纳于1948年发表的《控制论》一书，标志着控制论的正式诞生。
In 1948, American mathematician Norbert Wiener published his monograph "cybernetics or Control and Communication in the Animal and the Machine", which indicated cybernetics' naissance.
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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