booting

简明释义

英[ˈbuːtɪŋ]美[ˈbuːtɪŋ]

n. 引导，引导装入

v. 猛踢；启动（计算机）；车轮上装制动装置（boot 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.The downside of dual booting is that switching between OSes is a time-consuming process.

双启动的缺点是在操作系统之间进行切换需要等待很长时间。

2.Rescuing a non-booting Linux system.

挽救不能引导的Linux系统。

3.Therefore, it must be installed below the 1024th cylinder to avoid booting problems.

因此它必须安装在第1024 thcylinder以前以避免启动问题。

4.When it boots back up, it will look like it is booting Linux.

它重新引导时，看起来就像是在引导Linux。

5.Or you might need to load a driver from a floppy disk prior to booting from the CD.

或者您可能需要在从CD引导之前先从软盘装入某个驱动程序。

6.Specifically, PXE-based network booting is used.

具体地说，是使用了基于PXE的网络引导。

7.If you can do all that without booting up a computer, why bother?

如果你不用启动电脑就能做到这些，何乐而不为呢？

8.The computer is booting 启动, please wait.

电脑正在booting 启动，请稍候。

9.Make sure to save your work before booting 启动 the computer.

确保在booting 启动计算机之前保存您的工作。

10.He was surprised at how fast his laptop was booting 启动 up after the upgrade.

升级后，他对他的笔记本电脑启动速度如此之快感到惊讶。

11.After booting 启动, the system will check for updates.

在booting 启动后，系统会检查更新。

12.If the booting 启动 process fails, you may need to reinstall the operating system.

如果booting 启动过程失败，您可能需要重新安装操作系统。

作文

In the world of technology, the term booting refers to the process of starting up a computer or a device. This is a crucial step that occurs every time we turn on our machines. The booting process involves loading the operating system into the computer's memory, allowing it to become functional and ready for use. Understanding how booting works can help users troubleshoot problems and appreciate the complexity behind their devices. When you press the power button on your computer, the first thing that happens is a series of checks performed by the computer's firmware, also known as the Basic Input/Output System (BIOS) or Unified Extensible Firmware Interface (UEFI). This initial stage is often referred to as the POST (Power-On Self-Test). During this phase, the system checks for essential hardware components such as the CPU, RAM, and storage devices. If everything is functioning correctly, the system proceeds to the next stage of booting. After the POST is complete, the BIOS/UEFI locates the bootloader, which is a small program responsible for loading the operating system. The bootloader is typically stored on the hard drive or solid-state drive. Once the bootloader is found, it will execute the necessary commands to load the operating system into memory. This is where the term booting originates; it comes from the phrase 'pulling oneself up by one's bootstraps,' symbolizing how the system starts itself without any external help. Once the operating system is loaded, the user is presented with a graphical interface or command line, depending on the system in use. At this point, the computer is fully operational, and the user can begin interacting with it. However, if there are issues during the booting process, such as missing files or hardware failures, the system may fail to start correctly, leading to error messages or a non-functional device. Understanding booting is particularly important for those who wish to maintain or repair their computers. For instance, if a user encounters a problem where the computer fails to booting, they may need to access the BIOS/UEFI settings to adjust the boot order or enable certain hardware components. Additionally, users might need to create recovery media to restore the system if the operating system files are corrupted. Moreover, the booting process can vary significantly between different operating systems. For example, Windows uses a different bootloader compared to Linux distributions, which can affect how quickly and efficiently the system starts up. Some modern operating systems have introduced features like Fast Boot or Quick Boot to reduce the time it takes to complete the booting process, enhancing user experience. In conclusion, booting is an essential concept in computing that represents the beginning of a device's functionality. By understanding the steps involved in booting, users can troubleshoot issues more effectively and gain a deeper appreciation for the technology they use daily. Whether it's a simple home computer or a complex server, the booting process lays the foundation for all subsequent operations, making it a fundamental aspect of computer science.

在科技的世界中，术语booting指的是启动计算机或设备的过程。这是每次我们打开机器时发生的关键步骤。booting过程涉及将操作系统加载到计算机的内存中，使其变得功能齐全并准备使用。理解booting的工作原理可以帮助用户排除故障，并欣赏他们设备背后的复杂性。 当你按下计算机的电源按钮时，首先发生的是计算机固件（也称为基本输入/输出系统（BIOS）或统一可扩展固件接口（UEFI））执行的一系列检查。这个初始阶段通常被称为POST（上电自检）。在这个阶段，系统检查CPU、RAM和存储设备等基本硬件组件。如果一切正常，系统将继续进行下一阶段的booting。 在POST完成后，BIOS/UEFI定位引导加载程序，这是一个小程序，负责加载操作系统。引导加载程序通常存储在硬盘或固态硬盘上。一旦找到引导加载程序，它将执行必要的命令以将操作系统加载到内存中。这就是术语booting的来源；它来自“通过自己的靴带拉起自己”的短语，象征着系统在没有外部帮助的情况下启动自己。 一旦操作系统加载完毕，用户将看到图形界面或命令行，具体取决于使用的系统。此时，计算机完全可操作，用户可以开始与之交互。然而，如果在booting过程中出现问题，例如缺少文件或硬件故障，系统可能无法正确启动，导致错误消息或设备无法使用。 理解booting对于希望维护或修理计算机的人尤其重要。例如，如果用户遇到计算机无法booting的问题，他们可能需要访问BIOS/UEFI设置，以调整启动顺序或启用某些硬件组件。此外，用户可能需要创建恢复媒体，以便在操作系统文件损坏时恢复系统。 此外，booting过程在不同操作系统之间可能有很大差异。例如，Windows使用与Linux发行版不同的引导加载程序，这可能会影响系统启动的速度和效率。一些现代操作系统引入了快速启动或快速引导等功能，以减少完成booting过程所需的时间，从而增强用户体验。 总之，booting是计算机中一个基本概念，代表设备功能的开始。通过理解booting中涉及的步骤，用户可以更有效地排除故障，并对他们每天使用的技术有更深的理解。无论是简单的家用计算机还是复杂的服务器，booting过程为所有后续操作奠定了基础，使其成为计算机科学的基本方面。