associative

简明释义

英[əˈsəʊsiətɪv]美[əˈsoʊsieɪtɪvˌəˈsoʊʃieɪtɪv]

adj. 联想的；联合的；组合的

英英释义

单词用法

同义词

反义词

例句

1.The associative guilt was ingrained in his soul.

这种联想式内疚在他心中根深蒂固。

2.Rexx, however, does have one additional standard datatype: associative arrays.

不过，Rexx确实有一个另外的标准数据类型：关联数组。

3.When the probe fires, you increment an associative array element for the given PID and process name.

当该探针触发时，将为特定的PID和进程名增加一个关联数组元素。

4.The associative array is another data type that can be represented as a literal.

联合数组（associative array）是另外一种数据类型，它可以表示为一个字符串。

5.This advertising slight-of-hand is called associative conditioning.

这些轻微联手的广告被称为联合效应。

6.This function then converts the XML elements into a PHP associative array.

这个函数将XML元素转化成PHP关联数组。

7.Function (3) gets the result row as a PHP associative array.

函数(3)以PHP关联数组的形式返回结果行。

8.On Friday evening, the associative-word feature of the Web site appeared to have been disabled.

而在周五晚上，网站的联想词搜索功能就已经失效了。

9.The associative 关联的 property of addition means that (a + b) + c = a + (b + c).

加法的associative 关联的特性意味着(a + b) + c = a + (b + c)。

10.In psychology, associative 联想的 learning helps individuals connect new information with existing knowledge.

在心理学中，associative 联想的学习帮助个人将新信息与现有知识联系起来。

11.JavaScript uses associative 关联的 arrays to store key-value pairs.

JavaScript使用associative 关联的数组来存储键值对。

12.The game utilizes an associative 关联的 memory system to improve player engagement.

该游戏利用associative 关联的记忆系统来提高玩家参与度。

13.In mathematics, an operation is called associative 结合的 if changing the grouping of the numbers does not change the result.

在数学中，如果改变数字的分组不改变结果，则该操作称为associative 结合的。

作文

In the field of psychology, the concept of associative learning plays a crucial role in understanding how individuals form connections between different stimuli and responses. Associative learning refers to the process by which an individual learns to associate one stimulus with another, leading to a change in behavior. This type of learning is fundamental to our everyday experiences, influencing everything from our emotional responses to our decision-making processes.For instance, consider the classic experiment conducted by Ivan Pavlov with dogs. Pavlov discovered that dogs could learn to associate the sound of a bell with the arrival of food. Initially, the bell had no significance to the dogs, but after repeated pairings of the bell and food, the dogs began to salivate at the sound of the bell alone. This phenomenon illustrates the power of associative learning, where a neutral stimulus (the bell) becomes associated with a significant stimulus (the food).Beyond the realm of psychology, the term associative also finds its relevance in various other fields, such as mathematics and computer science. In mathematics, the associative property refers to the way in which numbers can be grouped in addition or multiplication without affecting the final result. For example, in addition, (2 + 3) + 4 is the same as 2 + (3 + 4). This property is essential for simplifying complex mathematical expressions and solving equations efficiently.In computer science, associative data structures, such as hash tables, allow for efficient data retrieval based on key-value pairs. These structures enable programmers to store and access data in a manner that emphasizes the relationship between different pieces of information. The associative nature of these data structures makes them invaluable in developing algorithms and applications that require quick access to information.Moreover, the concept of associative thinking is vital in creative problem-solving. When individuals engage in associative thinking, they draw connections between seemingly unrelated ideas, leading to innovative solutions and new perspectives. This type of thinking encourages brainstorming and the exploration of diverse concepts, fostering creativity and enhancing collaboration within teams.In conclusion, the term associative encompasses a wide range of meanings across various disciplines. Whether we are discussing associative learning in psychology, the associative property in mathematics, or associative data structures in computer science, the underlying theme remains the same: the importance of connections and relationships. Understanding and applying the principles of associative thinking can lead to better problem-solving skills and enhanced creativity in both personal and professional contexts. As we continue to explore the depths of human cognition and the intricacies of our world, the concept of associative learning and thinking will undoubtedly remain a cornerstone of our understanding.

在心理学领域，联想学习的概念在理解个体如何形成不同刺激和反应之间的联系方面发挥着关键作用。联想学习是指个体学习将一个刺激与另一个刺激关联起来，从而导致行为的改变。这种类型的学习是我们日常经验的基础，影响着从我们的情感反应到我们的决策过程的一切。例如，考虑伊万·巴甫洛夫对狗进行的经典实验。巴甫洛夫发现狗可以学习将铃声与食物的到来联系起来。最初，铃声对狗没有任何意义，但在铃声和食物的多次配对之后，狗开始在听到铃声时流口水。这一现象说明了联想学习的力量，其中一个中性刺激（铃声）与一个重要刺激（食物）相关联。除了心理学领域，联想一词在数学和计算机科学等其他多个领域也具有相关性。在数学中，联想属性指的是数字在加法或乘法中可以被分组而不影响最终结果的方式。例如，在加法中，(2 + 3) + 4与2 + (3 + 4)是相同的。这个属性对于简化复杂的数学表达式和有效地解决方程至关重要。在计算机科学中，联想数据结构，例如哈希表，允许基于键值对高效地检索数据。这些结构使程序员能够以强调不同信息之间关系的方式存储和访问数据。这些数据结构的联想特性使它们在开发需要快速访问信息的算法和应用程序中变得不可或缺。此外，联想思维的概念在创造性问题解决中至关重要。当个体参与联想思维时，他们会在看似无关的想法之间建立联系，从而导致创新的解决方案和新的视角。这种类型的思维鼓励头脑风暴和探索多样化的概念，促进创造力并增强团队合作。总之，联想这一术语在各个学科中包含了广泛的含义。无论我们是在讨论心理学中的联想学习、数学中的联想属性，还是计算机科学中的联想数据结构，基本主题始终是相同的：联系和关系的重要性。理解和应用联想思维的原则可以导致更好的问题解决技能和在个人及职业背景下增强的创造力。随着我们继续探索人类认知的深度和我们世界的复杂性，联想学习和思维的概念无疑将继续成为我们理解的基石。