uniserial

简明释义

英[ˌjuːnɪˈsɪəriəl]美[ˌjunɪˈsɪrɪəl]

单列的

英英释义

单词用法

同义词

反义词

例句

1.Wood rays of p. armand and p. prokoraiensis on tangential section both had two shapes that was uniserial wood ray and spindle wood ray.

华山松与前红松弦切面上的木射线均呈两种状态，即单列木射线和纺锤形木射线；

2.Wood rays of p. armand and p. prokoraiensis on tangential section both had two shapes that was uniserial wood ray and spindle wood ray.

华山松与前红松弦切面上的木射线均呈两种状态，即单列木射线和纺锤形木射线；

3.The results indicate that when the plastic strain is smaller than 39 5%, plastic deformation has typicality of uniserial slipping.

结果表明：单晶连铸铝线材在变形量小于395％时，其塑性变形具有明显的单系滑移特征，当变形量大于395％时，才出现多系滑移特征。

4.For this simulation, we need a uniserial 单序列 input of events to maintain consistency.

对于这个模拟，我们需要一个单序列事件输入以保持一致性。

5.The report highlighted the importance of using a uniserial 单序列 approach in data analysis.

报告强调了在数据分析中使用单序列方法的重要性。

6.In programming, a uniserial 单序列 array can simplify data manipulation tasks.

在编程中，单序列数组可以简化数据处理任务。

7.The database was designed to handle a uniserial 单序列 of records for efficient data retrieval.

该数据库被设计为处理高效数据检索的单序列记录。

8.The uniserial 单序列 nature of the queue ensures that elements are processed in order.

队列的单序列特性确保元素按顺序处理。

作文

In the realm of data structures and computer science, efficiency and organization are paramount. One term that often arises in discussions about data storage and retrieval is uniserial. The concept of uniserial refers to a linear arrangement where elements are stored in a single sequence, as opposed to being distributed across multiple dimensions or layers. This simplicity can lead to faster access times and easier manipulation of data. To illustrate the importance of uniserial structures, consider the example of a library catalog. When books are organized in a uniserial manner, such as by author’s last name or by genre, it becomes significantly easier for both librarians and patrons to locate a specific title. In contrast, if the catalog were organized in a more complex, multidimensional way, finding a book would require navigating through various categories and subcategories, which could be time-consuming and inefficient.Furthermore, the uniserial approach is not only beneficial in physical systems but also in digital databases. For instance, when designing a database for an online retail store, using a uniserial structure for product listings allows for quicker searches and better performance. Each product can be indexed in a single list, enabling users to filter and sort items seamlessly. This straightforward organization is crucial for enhancing user experience, as customers are more likely to return to a website that provides easy navigation.Additionally, the uniserial format can simplify programming tasks. When developers work with arrays or lists, they often prefer uniserial structures because they allow for easier iteration and manipulation of data. For example, if a programmer needs to calculate the total sales for a week, accessing data stored in a uniserial array is much simpler than extracting data from a complex multidimensional array. The clarity and ease of use provided by uniserial structures can lead to more efficient coding practices and reduced likelihood of errors.However, it is essential to recognize that while uniserial structures offer numerous advantages, they may not always be the best solution for every scenario. In cases where relationships between data points are complex or where hierarchical structures are necessary, a uniserial arrangement may fall short. For example, a social network graph, which illustrates connections between users, would be better served by a multidimensional structure that can represent these intricate relationships.In conclusion, the term uniserial encapsulates a fundamental concept in data organization that emphasizes simplicity and efficiency. Whether applied to library catalogs, online databases, or programming tasks, uniserial structures provide a clear path for data retrieval and management. As technology continues to advance, understanding the implications of uniserial versus more complex data arrangements will be crucial for anyone involved in data science, programming, or information management. By embracing the principles of uniserial design, we can create systems that are not only effective but also user-friendly, paving the way for improved interactions with information in our increasingly digital world.

在数据结构和计算机科学领域，效率和组织至关重要。一个经常出现在讨论数据存储和检索中的术语是uniserial。uniserial的概念指的是一种线性排列，其中元素以单一顺序存储，而不是分布在多个维度或层次中。这种简单性可以导致更快的访问时间和更容易的数据操作。为了说明uniserial结构的重要性，考虑一个图书馆目录的例子。当书籍以uniserial的方式组织，例如按作者姓氏或按类别排列时，图书管理员和读者都能更容易地找到特定的书名。相反，如果目录以更复杂的多维方式组织，查找一本书将需要在各种类别和子类别之间导航，这可能会耗费时间且效率低下。此外，uniserial方法不仅在物理系统中有益，在数字数据库中也同样如此。例如，在为在线零售商店设计数据库时，使用uniserial结构来列出产品可以实现更快的搜索和更好的性能。每个产品可以在单一列表中进行索引，使用户能够无缝地过滤和排序商品。这种简单明了的组织对增强用户体验至关重要，因为顾客更可能返回提供便捷导航的网站。此外，uniserial格式可以简化编程任务。当开发人员处理数组或列表时，他们通常更喜欢uniserial结构，因为它们使数据的迭代和操作变得更容易。例如，如果程序员需要计算一周的总销售额，访问存储在uniserial数组中的数据要比从复杂的多维数组中提取数据简单得多。uniserial结构提供的清晰性和易用性可以导致更高效的编码实践，并减少错误的可能性。然而，必须认识到，虽然uniserial结构提供了许多优势，但它们并不总是适合每种情况。在数据点之间关系复杂或需要层次结构的情况下，uniserial排列可能会显得不足。例如，社交网络图，展示用户之间的连接，更适合采用多维结构来表示这些复杂的关系。总之，uniserial这个术语概括了数据组织中的一个基本概念，强调了简单性和效率。无论应用于图书馆目录、在线数据库还是编程任务，uniserial结构都为数据检索和管理提供了一条清晰的路径。随着技术的不断进步，理解uniserial与更复杂数据排列之间的影响，对于任何参与数据科学、编程或信息管理的人来说都是至关重要的。通过接受uniserial设计的原则，我们可以创建不仅有效而且用户友好的系统，为我们日益数字化的世界中与信息的改善互动铺平道路。