controllability

controllability的音标为：[kənˈtrəvləblɪtɪ] ，意思是“可控制性”。

速记技巧：可以尝试使用字母缩写法来记忆，可以将单词中的每个字母提取出一个简单易记的单词或短语，如“控制它力”（kən trə və lə bɪ lɪ tɪ）。

基本翻译：可控制性。可以将其解释为物体、系统或系统的一部分在特定条件下可以被控制或操纵的性质。例如，一个机器的可控制性可能意味着它可以根据操作员的要求进行操作，而一个交通系统的可控制性可能意味着它可以控制交通流量和速度。

Controllability这个词的词源可以追溯到拉丁语和希腊语，意为“可控制性”或“可操控性”。它的主要变化形式是“controllable”，表示可以被控制或操控的。

相关单词：

1. “control” - 意为“控制”或“管理”，这个词源于拉丁语“dominus”，意为“主人”或“统治者”。这个词可以用来描述一个人或一个机构对某个事物或过程的控制能力。

2. “manage” - 意为“管理”或“经营”，这个词源于古英语“manan”和“gaed”，意为“手艺”或“技能”。这个词可以用来描述一个人或一个机构在特定情况下如何有效地进行管理或经营。

3. “adjust” - 意为“调整”或“校准”，这个词源于拉丁语“ad-”和“justus”，意为“正确的”。这个词可以用来描述一个人或一个系统如何根据需要调整自己的行为或状态。

以上三个单词都与controllability密切相关，它们都表示在特定情况下，一个人或一个系统如何有效地控制、管理或调整自己的行为或状态。这些单词在日常英语中使用非常广泛，可以帮助我们更好地理解和使用controllability这个词。

常用短语：

1. controllability of a system

2. controllability of a matrix

3. controllability of a system matrix

4. controllable subspace

5. controllable set

6. controllable by

7. controllable by input output data

双语例句：

1. The controllability of the system is very important for its practical application.

2. The controllability of the matrix indicates its ability to be controlled by external inputs.

3. By using input output data, we can determine whether the system is controllable or not.

4. The controllable subspace of the system contains all the states that can be controlled by external inputs.

5. If the system matrix is controllable, then it can be controlled by external inputs to achieve desired outputs.

6. The controllability of a system determines its response to external inputs and thus its behavior in practical applications.

7. The controllability of a system is crucial for ensuring safe and reliable operation in complex environments.

英文小作文：Controllability of Systems and Its Importance in Practical Applications

Controllability is an essential property of systems that determines how they respond to external inputs and thus their behavior in practical applications. Systems that are controllable can be controlled to achieve desired outputs and thus ensure safe and reliable operation in complex environments. This property is crucial for ensuring the proper functioning of many systems, including automobiles, aircraft, and industrial processes, among others. Therefore, it is essential to assess the controllability of a system and take appropriate measures to ensure its optimal performance.