asynchronous基础释义为"不与主要进程同时的，不同步的；异步的"。
发音为['?s??kr??n?k]。
asynchronous英语范文如下：
Asynchronous programming is a type of programming that requires developers to manage the flow of work between multiple tasks or processes. It is often used in distributed systems, where tasks or processes may run on different computers or processors that are not synchronized with each other. In asynchronous programming, tasks or processes are not required to wait for each other, but rather can proceed independently of each other. This allows for greater flexibility and efficiency in systems that require parallel processing.
Asynchronous programming is often used in web applications, where multiple requests can be processed simultaneously without blocking each other. This allows for faster response times and better user experiences. However, it also requires developers to be more careful about managing the flow of work between tasks or processes, ensuring that they are properly synchronized and coordinated with each other.
Asynchronous programming is a key aspect of modern software development, and it is essential for building systems that are able to handle high levels of parallel processing and scalability.
音标为['?s??kr??n?k]：
基础释义为：异步的；不同步的；非同步的。
在编程中，异步编程是一种允许程序在等待某些任务（如网络请求）完成的情况下执行其他任务的技术。异步编程允许程序更有效地利用系统资源，并允许程序在等待任务完成时继续执行其他任务。
Asynchronous基础释义
Asynchronous这个单词在英语中常常用来描述一种非同步的行为或状态。它意味着事件或操作的发生并不遵循常规的时间顺序，而是可以同时进行或者在不同的时间点发生。在计算机科学中，asynchronous常常用于描述网络通信，例如在网络应用程序中，不同的操作可以同时进行，而不需要等待其他操作完成。
发音：/??s?nkr?nt/
英语范文
Title: 理解Asynchronous世界
In today's world, where technology rules, it's essential to understand asynchronous concepts. From web browsing to data processing, asynchronous principles are integral to our daily lives.
Take, for example, the world of networking. In a synchronous network, all packets must travel at the same speed and in the same order. But in an asynchronous network, packets can travel at their own pace, allowing for more efficient use of bandwidth and reducing lag time.
Another example is in real-time applications, where asynchronous techniques can be used to avoid synchronization issues and ensure smooth operation. By allowing different tasks or processes to run at their own speed, asynchronous approaches can improve overall system performance and responsiveness.
Moreover, asynchronous programming allows developers to write more efficient and scalable code, as it permits parallel execution and better use of system resources. By embracing asynchronous principles, we can unlock the full potential of modern computing systems.
In conclusion, as technology advances and we enter an era of ever-greater complexity, it's essential to have a firm grasp on asynchronous concepts. Understanding these principles will help us navigate a world where simultaneity and efficiency are key.
Asynchronous
发音: [??s??kr?us]
基础释义：
1. 不同时的；不同步的
2. 异步的；非同步的
Asynchronous examples:
1. Asynchronous programming: It refers to programming methods in which tasks or events are not executed or triggered simultaneously, but in a different time or order.
例句：在异步编程中，任务或事件不是在同时执行或触发的，而是在不同的时间或顺序执行。
2. Asynchronous communication: It refers to a communication method in which data is transmitted or received without waiting for the response of the other party.
例句：异步通信是指一种数据传输或接收时不等待对方响应的通信方式。
英语作文：
In modern society, asynchronous technology has become increasingly important in various fields, such as programming, communication, and computing. With the rapid development of technology, asynchronous technology has played a crucial role in enhancing efficiency and reducing waiting time.
For example, in online games, asynchronous gameplay allows players to engage in battles or competitions at their own convenience, without being tied down by the clock. Similarly, asynchronous communication has also revolutionized how we interact with others, enabling us to share information or ask for help without being tied down by time or location constraints.
However, asynchronous technology also brings some challenges. For instance, it can be difficult to coordinate actions or responses between multiple parties when using asynchronous communication tools. Therefore, it is crucial to develop effective strategies and mechanisms to ensure efficient and effective communication in asynchronous environments.
In conclusion, asynchronous technology has revolutionized various fields and has played a crucial role in enhancing efficiency and reducing waiting time. However, it also brings some challenges that need to be addressed effectively.
