asynchronous line

简明释义

异步线;

英英释义

例句

1.For our project, we decided to use an asynchronous line for better flexibility in communication.

对于我们的项目，我们决定使用异步线路以便在通信中获得更好的灵活性。

2.The printer was connected to the computer via an asynchronous line, which improved the speed of data transfer.

打印机通过异步线路连接到计算机，这提高了数据传输的速度。

3.In computer networking, an asynchronous line allows data to be sent without a clock signal.

在计算机网络中，异步线路允许数据在没有时钟信号的情况下发送。

4.When configuring the system, ensure that the asynchronous line settings match the device requirements.

配置系统时，请确保异步线路设置与设备要求相匹配。

5.An asynchronous line can handle multiple data streams simultaneously, making it ideal for modern applications.

异步线路能够同时处理多个数据流，使其非常适合现代应用程序。

作文

In the realm of modern communication and technology, the term asynchronous line refers to a method of transmitting data where the sending and receiving devices do not need to operate at the same time. This concept is crucial in various fields, including computer science, telecommunications, and data transmission. Understanding the significance of an asynchronous line can enhance our comprehension of how information is exchanged in today’s digital world.To illustrate the importance of an asynchronous line, let us consider the example of email communication. When one person sends an email, the recipient does not have to be online or available to read it immediately. The email is stored on a server until the recipient decides to check their inbox. This is a perfect demonstration of an asynchronous line in action, allowing for flexibility and convenience in communication. Unlike synchronous communication methods, such as phone calls or video chats, which require both parties to be present simultaneously, asynchronous communication allows individuals to engage at their own pace.Moreover, the use of asynchronous lines extends beyond email. In programming, asynchronous operations allow a program to continue executing without waiting for a task to complete. For instance, when a web application fetches data from a server, it can still respond to user interactions while waiting for the data to arrive. This enhances user experience by making applications more responsive and efficient. Developers often utilize technologies like Promises and async/await in JavaScript to implement these asynchronous lines, enabling smoother and faster applications.Another significant application of asynchronous lines is found in networking. In computer networks, asynchronous transmission involves sending data packets without the need for synchronization between sender and receiver. This method is particularly useful in environments where data is sent sporadically rather than in a continuous stream. For instance, in a network that uses TCP/IP protocols, data can be sent in small bursts, allowing for efficient use of bandwidth and reducing latency.Furthermore, the concept of asynchronous lines is vital in the context of remote work and online collaboration tools. Platforms like Slack, Trello, or Asana facilitate asynchronous communication among team members who may be located in different time zones. This allows teams to collaborate effectively without the constraints of traditional office hours, leading to increased productivity and better work-life balance.In conclusion, the term asynchronous line encapsulates a fundamental principle in modern communication and technology. Whether it’s through email, programming, networking, or collaboration tools, the ability to transmit information without requiring simultaneous participation has transformed the way we interact and work. By embracing the advantages of asynchronous lines, we can navigate the complexities of our digital landscape with greater ease and efficiency. As technology continues to evolve, understanding concepts like asynchronous lines will remain essential for anyone looking to thrive in a connected world.

在现代通信和技术领域，术语异步线路指的是一种数据传输方法，其中发送设备和接收设备不需要同时操作。这个概念在计算机科学、电信和数据传输等各个领域都至关重要。理解异步线路的重要性，可以增强我们对当今数字世界中信息交换的理解。为了说明异步线路的重要性，让我们考虑电子邮件通信的例子。当一个人发送电子邮件时，收件人不必立即在线或可用来阅读它。电子邮件被存储在服务器上，直到收件人决定查看他们的收件箱。这是异步线路运作的完美示范，允许在通信中灵活和便利。与需要双方同时在场的同步通信方法（如电话或视频聊天）不同，异步通信允许个人以自己的节奏进行交流。此外，异步线路的使用不仅限于电子邮件。在编程中，异步操作允许程序继续执行，而无需等待任务完成。例如，当一个Web应用程序从服务器获取数据时，它可以在等待数据到达的同时仍然响应用户交互。这通过使应用程序更具响应性和效率来增强用户体验。开发人员通常利用JavaScript中的Promise和async/await等技术来实现这些异步线路，从而实现更流畅和更快的应用程序。异步线路的另一个重要应用出现在网络中。在计算机网络中，异步传输涉及在发送者和接收者之间无需同步地发送数据包。这种方法在数据不是以连续流的方式发送的环境中特别有用。例如，在使用TCP/IP协议的网络中，数据可以以小块发送，从而有效利用带宽并减少延迟。此外，异步线路的概念在远程工作和在线协作工具的背景下至关重要。像Slack、Trello或Asana这样的平台促进了位于不同时间区域的团队成员之间的异步通信。这使得团队能够有效地协作，而不受传统办公时间的限制，从而提高生产力和改善工作与生活的平衡。总之，术语异步线路概括了现代通信和技术中的一个基本原则。无论是通过电子邮件、编程、网络还是协作工具，能够在不要求同时参与的情况下传输信息，已经改变了我们互动和工作的方式。通过拥抱异步线路的优势，我们可以更轻松高效地应对数字环境的复杂性。随着技术的不断发展，理解像异步线路这样的概念将对任何希望在连接的世界中蓬勃发展的个人至关重要。