randomize
简明释义
vt. 使随机化；（使）作任意排列或不规则分布
第 三 人 称 单 数 r a n d o m i z e s
现 在 分 词 r a n d o m i z i n g
过 去 式 r a n d o m i z e d
过 去 分 词 r a n d o m i z e d
英英释义
To arrange or select in a random manner, without a specific pattern or order. | 以随机方式安排或选择，没有特定的模式或顺序。 |
单词用法
随机化顺序 | |
随机化样本 | |
随机分配参与者 | |
随机化数据集 | |
随机化治疗组 | |
随机化条件 |
同义词
| 洗牌 | 我们在玩之前需要洗牌。 | ||
| 混合 | 请将成分充分混合。 | ||
| 分配 | The software will distribute tasks randomly among the team members. | 软件将任务随机分配给团队成员。 | |
| 排列 | 你可以按照自己喜欢的顺序排列物品。 | ||
| 打乱 | 他决定打乱字母以创建一个谜题。 |
反义词
| 组织 | 我们需要在分析之前组织数据。 | ||
| 系统化 | 她决定将笔记系统化以便更清晰。 | ||
| 安排 | 请按字母顺序排列文件。 |
例句
1.Added a randomize character button to the character creation screen.
添加了一个随机字符键角色创建界面。
2.Randomize the order of the Numbers.
系统的有秩序的排列。
3.Randomize: Opens a dialog for setting up randomization parameters for this account.
随机：打开一个对话设置参数为你的帐户。
4.They can encrypt communications, randomize behaviour, and so on.
它们可以对通讯加密，使行为随机，等等。
5.This is a multi-centric study which will randomize several hundred patients to one strategy which is eptifibatide during implantation of long stents, versus placebo.
这是一个多中心临床研究，它将几百个置入长支架的患者随机分为埃替非巴肽组和安慰剂组。
6.Both matter and energy tend to randomize.
物质与能量趋向随机化。
7.It might seem that we're simply incapable of reliably tracking our own subjective states, but social scientists solved this problem years ago: Just randomize the time of inquiry.
这表明我们不能直接可靠地追踪我们自身主观状态，不过，社会学家在几年前就已经解决了这个难题：只需要打乱固定的调查时间，使调查随机化。
8.To ensure fairness in the experiment, we will randomize the order of the trials.
为了确保实验的公平性，我们将随机化试验的顺序。
9.You can randomize the seed values for your simulation to get different results.
你可以随机化模拟中的种子值，以获得不同的结果。
10.The software can randomize the playlist so that you don’t hear the same song twice in a row.
该软件可以随机化播放列表，这样你就不会连续听到同一首歌。
11.In our study, we decided to randomize the participants into two groups.
在我们的研究中，我们决定将参与者随机化为两组。
12.Teachers often randomize test questions to prevent cheating.
老师们经常随机化考试题目以防止作弊。
作文
In the world of research and experimentation, the concept of randomization is crucial. When researchers conduct experiments, they often aim to eliminate bias and ensure that their results are valid. One effective way to achieve this is to randomize the selection of participants or the order in which treatments are administered. By doing so, researchers can be more confident that their findings are not influenced by external factors. For instance, if a scientist is testing the effectiveness of a new drug, they might randomize the assignment of participants to either the treatment group or the control group. This process helps to ensure that both groups are comparable, thus enhancing the reliability of the results.Another area where randomization plays a vital role is in the field of statistics. Statistical analyses often rely on the principles of probability, and randomizing data can help in generating more accurate models. For example, in a survey, if the respondents are chosen randomly, the results are more likely to reflect the views of the entire population rather than just a specific segment. This is particularly important in political polling, where the goal is to gauge public opinion accurately.In addition to research and statistics, randomization is also employed in various practical applications. For instance, in computer science, algorithms that randomize data can enhance security protocols. By randomly shuffling data, it becomes more challenging for unauthorized users to access sensitive information. Similarly, in gaming, randomization is used to create unpredictable outcomes, making games more engaging and exciting for players.Moreover, randomizing elements can also be beneficial in educational settings. Teachers may choose to randomize the seating arrangement of students to foster interaction among different groups. This approach can help break down social barriers and encourage collaboration among students who might not usually work together. Additionally, randomization in assessments, such as quizzes or tests, can prevent cheating and ensure that each student receives a unique set of questions.Despite its numerous advantages, randomization must be applied carefully. Researchers need to consider factors such as sample size and the potential for confounding variables. If not executed properly, randomizing can lead to misleading conclusions. Therefore, it is essential for researchers and practitioners to have a solid understanding of the principles of randomization and to apply them judiciously.In conclusion, the ability to randomize is a powerful tool across various fields, from scientific research to education and technology. It helps to minimize bias, enhances the validity of results, and creates fairer systems. As we continue to explore and innovate, the importance of randomization will undoubtedly remain a key component in achieving reliable and meaningful outcomes. Understanding how to effectively randomize is essential for anyone involved in research or any field that relies on data-driven decision-making.
在研究和实验的世界中，随机化的概念至关重要。当研究人员进行实验时，他们通常希望消除偏见，并确保他们的结果是有效的。实现这一目标的一种有效方法是对参与者的选择或治疗的施加顺序进行随机化。通过这样做，研究人员可以更有信心地认为他们的发现不会受到外部因素的影响。例如，如果科学家正在测试一种新药的有效性，他们可能会将参与者的分配进行随机化，以便将他们分配到治疗组或对照组。这一过程有助于确保两个组是可比的，从而增强结果的可靠性。此外，随机化在统计学领域也发挥着重要作用。统计分析通常依赖于概率原则，而随机化数据可以帮助生成更准确的模型。例如，在调查中，如果受访者是随机选择的，结果更有可能反映整个群体的观点，而不仅仅是特定的细分。这在政治民调中尤其重要，因为其目标是准确评估公众舆论。除了研究和统计，随机化还应用于各种实际应用中。例如，在计算机科学中，随机化数据的算法可以增强安全协议。通过随机打乱数据，未授权用户访问敏感信息变得更加困难。同样，在游戏中，随机化用于创造不可预测的结果，使游戏对玩家更具吸引力和刺激性。此外，随机化元素在教育环境中也可能是有益的。教师可以选择随机化学生的座位安排，以促进不同小组之间的互动。这种方法可以帮助打破社会障碍，鼓励通常不会一起合作的学生之间的协作。此外，随机化在评估中的应用，例如测验或考试，可以防止作弊，并确保每个学生都收到一套独特的问题。尽管有许多优点，但随机化必须谨慎应用。研究人员需要考虑样本大小和混杂变量的潜在影响。如果没有正确执行，随机化可能导致误导性的结论。因此，研究人员和从业者必须对随机化的原则有扎实的理解，并明智地应用它。总之，随机化的能力是各个领域的一种强大工具，从科学研究到教育和技术。它有助于最小化偏见，增强结果的有效性，并创造更公平的系统。随着我们继续探索和创新，随机化的重要性无疑将继续成为实现可靠和有意义结果的关键组成部分。有效理解如何随机化对于任何参与研究或依赖数据驱动决策的领域的人来说都是至关重要的。
