kilobyte

简明释义

英[ˈkɪləbaɪt]美[ˈkɪləbaɪt]

n. [计] 千字节，1024字节

复 数 k i l o b y t e s

英英释义

单词用法

同义词

反义词

例句

1.Prior to this release, DB2 used the 4-kilobyte page size by default and also provided the ability to custom-configure 16-megabyte pages on systems that supported it.

在此版本之前，DB 2默认情况下都是使用4 KB的页面大小，同时在支持16MB页面的系统上提供了自定义配置16 MB页面的能力。

2.Note that 64-kilobyte pages are fully capable of being paged and that the size of the pool of 64-kilobyte page frames is dynamic.

注意，64KB页面完全可以进行分页，并且64 kb页帧的池的大小是动态的。

3.The above example jumps back to the beginning of a file. If you don't want to go back quite all the way -- let's say a kilobyte into it -- then you just write

以上示例将跳转回文件的开头。

4.In addition to all DB2 Shared memory regions, DB2 9 automatically USES 64-kilobyte pages for its process stack, thereby giving further performance improvements without any resource overhead.

除了所有DB2共享内存区域外，DB 29还为它的进程栈自动使用64kb页面，从而进一步提高性能，同时又不带来任何资源开销。

5.With the help of the Charts 1 and 2, you can easily infer that the use of 64-kilobyte page sizes provides significant performance improvement for DB2 applications.

通过图1和图2很容易推断，使用 64KB的页面大小可以明显提高DB2应用程序的性能。

6.Starting with DB2 9, DB2 automatically detects and USES 64-kilobyte page sizes for select memory regions.

从DB 29开始，DB 2自动为选择的内存区域检测和使用64KB页面大小。

7.When downloading software, the file size is often measured in kilobytes (千字节).

下载软件时，文件大小通常以千字节 (kilobytes)为单位进行测量。

8.The size of this text file is only kilobyte (千字节), making it easy to share via email.

这个文本文件的大小只有千字节，(kilobyte)，使得通过电子邮件分享变得简单。

9.Web pages are often optimized to be under 100 kilobytes (千字节) for faster loading times.

网页通常被优化为小于100千字节 (kilobytes)，以便更快的加载时间。

10.A typical image might be several hundred kilobytes (千字节) in size.

一个典型的图像可能有几百千字节 (kilobytes)的大小。

11.A simple text message may only take up a few kilobytes (千字节) of data.

一条简单的短信可能只占用几千字节 (kilobytes)的数据。

作文

In the digital age, understanding data measurements is essential for anyone who interacts with technology. One of the fundamental units of measurement in computing is the kilobyte, which represents a small amount of data storage. A kilobyte is equal to 1,024 bytes, and it is often used to measure the size of text files, images, and other small data types. Knowing how much space a kilobyte occupies can help users manage their storage effectively and make informed decisions about file management.The history of the kilobyte dates back to the early days of computing when storage was limited and expensive. Back then, every byte counted, and programmers had to be efficient with their code and data. A single kilobyte could hold a few paragraphs of text or a simple image. As technology advanced, the size of files grew, and the kilobyte became less significant compared to larger units like megabytes (MB) and gigabytes (GB). However, it still plays a crucial role in understanding the scale of data.For example, when downloading software or media files, you might often see sizes listed in kilobytes. This can give you an idea of how long it will take to download the file based on your internet speed. If a file is 500 kilobytes, it’s relatively small and should download quickly, while a file that is several megabytes or gigabytes will take longer. Therefore, being familiar with the kilobyte allows users to gauge their storage needs and download times more accurately.Moreover, the kilobyte is not only relevant in terms of file sizes but also in programming and data transfer. When writing code, developers often need to optimize their applications to use as little memory as possible. Understanding how many kilobytes their code consumes can lead to better performance and efficiency. Additionally, when transferring data over networks, knowing the kilobyte size can help in estimating bandwidth usage and ensuring that the data transfer occurs smoothly without exceeding limits.In conclusion, the kilobyte may seem like a small unit of measurement in the vast world of data, but its importance cannot be understated. It serves as a foundation for understanding larger units of data and plays a vital role in various aspects of computing, from file management to programming and data transfer. By grasping the concept of the kilobyte, individuals can enhance their digital literacy and navigate the complexities of technology with greater ease. As we continue to generate and consume more data, having a solid understanding of these basic measurements will remain crucial for everyone in our increasingly digital society.

在数字时代，理解数据测量对于任何与技术互动的人来说都是至关重要的。计算机中一个基本的测量单位是千字节，它代表了一小部分数据存储。一个千字节等于1,024个字节，通常用于测量文本文件、图像和其他小型数据类型的大小。知道一个千字节占用多少空间可以帮助用户有效管理存储，并做出明智的文件管理决策。千字节的历史可以追溯到计算机早期，当时存储空间有限且昂贵。那时，每一个字节都很重要，程序员必须对他们的代码和数据进行高效处理。一个千字节可以容纳几段文字或一张简单的图像。随着技术的进步，文件的大小增加，千字节相较于更大的单位如兆字节（MB）和吉字节（GB）变得不那么重要。然而，它在理解数据规模方面仍然发挥着至关重要的作用。例如，在下载软件或媒体文件时，您可能经常看到文件大小以千字节为单位列出。这可以让您根据互联网速度估计下载文件所需的时间。如果一个文件是500千字节，它相对较小，应快速下载，而几个兆字节或吉字节的文件将需要更长时间。因此，熟悉千字节可以让用户更准确地评估存储需求和下载时间。此外，千字节不仅与文件大小相关，还与编程和数据传输有关。当编写代码时，开发人员通常需要优化他们的应用程序，以尽可能少地使用内存。了解他们的代码消耗了多少千字节可以提高性能和效率。此外，在网络上传输数据时，了解千字节的大小可以帮助估算带宽使用情况，并确保数据传输顺利进行而不超出限制。总之，千字节在庞大的数据世界中可能看起来是一个小的测量单位，但它的重要性不容小觑。它作为理解更大数据单位的基础，并在计算机的各个方面发挥着重要作用，从文件管理到编程和数据传输。通过掌握千字节的概念，个人可以增强他们的数字素养，更轻松地驾驭技术的复杂性。随着我们继续生成和消费更多数据，对这些基本测量的扎实理解将对我们在日益数字化的社会中每个人都至关重要。