「The art of automatic control lies in the proper adjustment of the corrective forces.」- 尼古拉斯·米诺尔斯基经典语录

The art of automatic control lies in the proper adjustment of the corrective forces.

尼古拉斯·米诺尔斯基

💡 解读：自动控制的艺术在于正确调整修正力。

👤 更多尼古拉斯·米诺尔斯基经典语录 6句

The PID controller is a universal tool for the control engineer, applicable to a wide variety of processes.

尼古拉斯·米诺尔斯基

The introduction of the automatic steering of ships was a problem of stability rather than of accuracy.

尼古拉斯·米诺尔斯基

The essence of the PID controller lies in its ability to predict the future behavior of the system based on its past and present states.

尼古拉斯·米诺尔斯基

The fundamental problem of automatic control is to maintain a desired state in the presence of disturbances.

尼古拉斯·米诺尔斯基

The introduction of the automatic steering of ships was a problem of great practical importance, and its solution required the development of a new type of controller.

尼古拉斯·米诺尔斯基

The introduction of the automatic steering of ships was a problem of considerable difficulty, but the solution was found in the application of the PID controller.

尼古拉斯·米诺尔斯基

李娟

但愿同入梦。

琼瑶

悲伤就是知识

拜伦

表面看起来糟糕的事，本质上却往往并非如此。

塞涅卡

我绝不坚信这个时代没有放之四海而皆准的正义和良善的价值观，它们不仅仅有，而且不是朝令夕改流动无常的，它们是稳定而永恒的。

亚历山大·索尔仁尼琴

我们根本没想到要怀疑或轻视“历史的启示”；历史就是我们的一切。

恩格斯

奇花与丽日争妍，翠竹共青天斗碧。

吴承恩

大家礼义教子弟，小家凶恶训儿郎。

周希陶

真理就是自由人的祖国。真理不存在于丑化了的现实里。生命的第一个行动就是创造的行动。在争论中是不分高贵卑鄙，也不管称号姓氏的，重要的只是真理，在它面前人人平等。

罗曼·罗兰

人人为我，我为人人。

列宁

40句相邻名言

The most important thing is to keep the most important thing the most important thing.

鲁道夫·卡尔曼

现代控制理论之父

The real problem is not whether machines think but whether men do.

鲁道夫·卡尔曼

现代控制理论之父

Algebra is generous; she often gives more than is asked of her.

鲁道夫·卡尔曼

现代控制理论之父

A theory is the more impressive the greater the simplicity of its premises, the more different kinds of things it relates, and the more extended its area of applicability.

鲁道夫·卡尔曼

现代控制理论之父

The stability of a system depends on the behavior of the open-loop transfer function in the complex plane.

哈里·奈奎斯特

反馈控制系统原理奠基人

The amount of information that can be transmitted is proportional to the bandwidth of the communication channel.

哈里·奈奎斯特

反馈控制系统原理奠基人

The phase margin is a measure of how much the system can tolerate before becoming unstable.

哈里·奈奎斯特

反馈控制系统原理奠基人

The Nyquist criterion provides a graphical method for determining the stability of a closed-loop system.

哈里·奈奎斯特

反馈控制系统原理奠基人

The stability of a system is determined by the behavior of its roots.

哈里·奈奎斯特

反馈控制系统原理奠基人

The art of approximation is the art of engineering.

哈里·奈奎斯特

反馈控制系统原理奠基人

The transmission of intelligence requires not only the sending of signals but their correct interpretation.

哈里·奈奎斯特

反馈控制系统原理奠基人

The study of feedback is the study of systems that regulate themselves.

哈里·奈奎斯特

反馈控制系统原理奠基人

The response of a system to a given input is a function of its past history.

哈里·奈奎斯特

反馈控制系统原理奠基人

The study of feedback is the study of stability.

哈里·奈奎斯特

反馈控制系统原理奠基人

The introduction of the automatic steering of ships was a problem of considerable difficulty, but the solution was found in the application of the PID controller.

尼古拉斯·米诺尔斯基

提出PID控制器基本概念

The PID controller is a universal tool for the control engineer, applicable to a wide variety of processes.

尼古拉斯·米诺尔斯基

提出PID控制器基本概念

The essence of the PID controller lies in its ability to predict the future behavior of the system based on its past and present states.

尼古拉斯·米诺尔斯基

提出PID控制器基本概念

The introduction of the automatic steering of ships was a problem of great practical importance, and its solution required the development of a new type of controller.

尼古拉斯·米诺尔斯基

提出PID控制器基本概念

The introduction of the automatic steering of ships was a problem of stability rather than of accuracy.

尼古拉斯·米诺尔斯基

提出PID控制器基本概念

The fundamental problem of automatic control is to maintain a desired state in the presence of disturbances.

尼古拉斯·米诺尔斯基

提出PID控制器基本概念

The theory of dynamic programming is based on the principle of optimality, which states that an optimal policy has the property that whatever the initial state and initial decision are, the remaining decisions must constitute an optimal policy with regard to the state resulting from the first decision.

理查德·贝尔曼

动态规划理论的奠基人

A problem well stated is a problem half solved.

理查德·贝尔曼

动态规划理论的奠基人

The mathematical formulation of a problem is often more essential than its solution, which may be merely a matter of mathematical or experimental skill.

理查德·贝尔曼

动态规划理论的奠基人

The purpose of computing is insight, not numbers.

理查德·贝尔曼

动态规划理论的奠基人

The art of mathematics consists in finding that special case which contains all the germs of generality.

理查德·贝尔曼

动态规划理论的奠基人

Fuzzy logic is not fuzzy. It is a precise logic of imprecision.

洛特菲·扎德

模糊控制理论创始人

The essence of fuzzy logic is that everything is a matter of degree.

洛特菲·扎德

模糊控制理论创始人

In a world of imprecision, the concept of a fuzzy set provides a natural way of dealing with problems in which the source of imprecision is the absence of sharply defined criteria of class membership.

洛特菲·扎德

模糊控制理论创始人

The closer one looks at a real-world problem, the fuzzier becomes its solution.

洛特菲·扎德

模糊控制理论创始人

Fuzzy logic is a way to make machines more intelligent by enabling them to handle uncertainty and imprecision.

洛特菲·扎德

模糊控制理论创始人

Fuzzy logic is not fuzzy thinking; it is a precise logic of imprecision.

洛特菲·扎德

模糊控制理论创始人

As complexity rises, precise statements lose meaning and meaningful statements lose precision.

洛特菲·扎德

模糊控制理论创始人

In fuzzy logic, the truth of any statement becomes a matter of degree.

洛特菲·扎德

模糊控制理论创始人

The concept of a fuzzy set provides a convenient point of departure for the construction of a conceptual framework which parallels in many respects the framework used in the case of ordinary sets.

洛特菲·扎德

模糊控制理论创始人

The concept of a fuzzy set provides a natural way of dealing with problems in which the source of imprecision is the absence of sharply defined criteria of class membership.

洛特菲·扎德

模糊控制理论创始人

The future is not something we enter. The future is something we create.

迪克·莫利

工业自动化先驱，发明可编程逻辑控制器

The purpose of control is to make the system behave in a desired way despite uncertainties and disturbances.

卡尔·约翰·奥斯特伦

提出自适应控制理论

Feedback is a powerful idea which is used extensively in natural and technological systems.

卡尔·约翰·奥斯特伦

提出自适应控制理论

The art of control is to find the right balance between robustness and performance.

卡尔·约翰·奥斯特伦

提出自适应控制理论

Adaptive control is about learning from experience and adjusting the controller accordingly.

卡尔·约翰·奥斯特伦

提出自适应控制理论

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