generalization

简明释义

英[ˌdʒenrəlaɪˈzeɪʃn]美[ˌdʒenrələˈzeɪʃn]

n. （依据不足的）概括，泛论（=generalisation）

复 数 g e n e r a l i z a t i o n s

英英释义

单词用法

同义词

反义词

例句

1.It doesn't matter. This is just a slight generalization of that.

没关系，这只是一个记号罢了。

2.Create a generalization to the OWLclass role, as shown in Figure 13.

创建OWLclass角色的泛化，如图13所示。

3.When you are evaluating any inductive generalization you're looking for is the premise true?

当你们评价归纳推广时，你们寻找的是前提为真吗？

4.Figure 4: Roll down generalization strategy

图4：下滚一般化策略

5.An over-generalization of the transfer objects passing between layers.

层之间传递的输出对象过于一般化。

6.One advantage of rules is generalization-one rule may cover a large range of entities.

基于规则的提取的优点是一般化—一条规则可以覆盖很大范围内的实体。

7.Making a sweeping generalization 概括 can lead to misunderstandings in discussions.

做出草率的概括可能会导致讨论中的误解。

8.Stereotypes are often a form of generalization 概括 that can be harmful.

刻板印象通常是一种可能有害的概括。

9.In science, a generalization 概括 can help simplify complex data into understandable patterns.

在科学中，概括可以帮助将复杂的数据简化为易于理解的模式。

10.His generalization 概括 about the weather patterns was based on years of research.

他对天气模式的概括是基于多年的研究。

11.The teacher warned against making a generalization 概括 about all students based on the behavior of a few.

老师警告不要根据少数学生的行为对所有学生做出概括。

作文

In the realm of learning and reasoning, the concept of generalization plays a crucial role. Generalization refers to the process of forming broad conclusions based on specific instances or examples. It allows us to apply what we have learned in one situation to other similar situations. For instance, if a student observes that the sun rises in the east every morning, they might make the generalization that the sun always rises in the east. This ability to move from specific observations to broader conclusions is fundamental to human cognition.However, while generalization can be beneficial, it can also lead to errors if not applied carefully. Over-generalizing can result in stereotypes or misconceptions. For example, if someone meets a few rude individuals from a particular city and concludes that everyone from that city is rude, they are making an unjustified generalization. This highlights the importance of critical thinking and the need to evaluate whether our generalizations are based on sufficient evidence.In scientific research, generalization is often used to draw conclusions from experimental data. Researchers conduct studies on a sample group and then attempt to apply their findings to a larger population. This is essential for developing theories and understanding broader patterns in behavior or nature. However, the validity of a generalization depends on how representative the sample is of the larger group. If the sample is biased, the generalization may lead to incorrect conclusions.In everyday life, we rely on generalization to navigate our world efficiently. For example, when we learn to drive, we may notice that turning left at a red light is not allowed in most places. From this, we can make the generalization that it is likely illegal to do so in other locations as well. This kind of practical generalization helps us make quick decisions without needing to analyze every situation in detail.Education systems also utilize generalization as a teaching strategy. Teachers often encourage students to identify patterns and make generalizations based on their learning experiences. This method not only aids in comprehension but also fosters critical thinking skills. Students learn to assess the validity of their generalizations and understand that while they can be useful, they are not always absolute truths.In conclusion, generalization is a powerful cognitive tool that enables us to draw connections and make sense of the world around us. While it facilitates learning and decision-making, it is essential to approach generalization with caution. By being aware of the potential pitfalls of over-generalizing and striving for accuracy, we can harness the benefits of generalization while minimizing its risks. Ultimately, the ability to generalize effectively is a skill that enhances our understanding and interaction with the complexities of life.

在学习和推理的领域中，概念generalization（概括）发挥着至关重要的作用。Generalization指的是基于特定实例或例子形成广泛结论的过程。它使我们能够将所学的知识应用于其他类似的情况。例如，如果一个学生观察到太阳每天早上从东方升起，他们可能会做出generalization（概括），即太阳总是从东方升起。这种从具体观察到更广泛结论的能力是人类认知的基础。然而，虽然generalization（概括）可以带来好处，但如果不谨慎应用，也可能导致错误。过度概括可能导致刻板印象或误解。例如，如果某人遇到几个来自特定城市的粗鲁个体，并得出结论认为该城市的每个人都很粗鲁，他们就是在做出不公正的generalization（概括）。这突显了批判性思维的重要性，以及评估我们的generalization（概括）是否基于充分证据的必要性。在科学研究中，generalization（概括）常用于从实验数据中得出结论。研究人员对一个样本组进行研究，然后试图将他们的发现应用于更大的人群。这对于发展理论和理解行为或自然中的更广泛模式至关重要。然而，generalization（概括）的有效性取决于样本在多大程度上代表了更大的群体。如果样本存在偏见，generalization（概括）可能导致错误的结论。在日常生活中，我们依赖generalization（概括）来高效地导航我们的世界。例如，当我们学习驾驶时，可能会注意到在大多数地方红灯时左转是不允许的。从这一点出发，我们可以做出generalization（概括），即在其他地方也可能是非法的。这种实用的generalization（概括）帮助我们快速做出决定，而无需详细分析每一种情况。教育系统也利用generalization（概括）作为教学策略。教师通常鼓励学生识别模式并根据他们的学习经验做出generalization（概括）。这种方法不仅有助于理解，还培养了批判性思维技能。学生们学习评估自己generalization（概括）的有效性，并理解虽然它们可能有用，但并不总是绝对真理。总之，generalization（概括）是一个强大的认知工具，使我们能够建立联系并理解周围的世界。虽然它促进了学习和决策，但以谨慎的态度对待generalization（概括）是至关重要的。通过意识到过度概括的潜在陷阱并努力追求准确性，我们可以利用generalization（概括）的好处，同时最小化其风险。最终，有效概括的能力是一项增强我们理解和与生活复杂性互动的技能。