asynchronism

asynchronism的音标是[ˌæsɪərənˈdɪzmɪst]，翻译成中文是“不同步”。

速记技巧：可以尝试使用字母缩写法来记忆这个单词，比如将“asynchronism”缩写为“A syn”。这样可以更快速地回忆起这个单词。

Asynchronism 的英文词源为拉丁语，意为“不同步”。其变化形式有 asynchronously（不同步地）和 asynchronously（异步的）。相关单词有：

1. Parallelism（并行）：这个词源于希腊语，意为“并排”或“同时进行”。它描述的是两个或多个任务同时进行的情况。

2. Simultaneity（同时性）：这个词源于拉丁语，意为“同时发生”。它描述的是两个或多个事件在同一时间发生的情况。

3. Concurrency（并发）：这个词源于希腊语，意为“同时存在”。它描述的是多个任务在同一时间周期内同时运行的情况。

4. Non-blocking（非阻塞）：这个词源于英语，意为“不阻止”。它指的是一种编程模式，允许程序在等待某个资源可用时继续执行其他任务，而不会导致整个系统的阻塞。

5. Asynchronous I/O（异步 I/O）：这个词由 asynchronism 和 input/output（输入/输出）两个词组成，用来描述一种 I/O 操作模式，在这种模式下，操作是异步的，即不会阻塞主线程，可以同时进行其他操作。

Asynchronism 的使用使得程序能够在不同的任务之间保持流畅，提高了程序的效率和用户体验。

Asynchronism常用短语：

1. Asynchronized execution 异步执行

2. Asynchronic behavior 异步行为

3. Asynchronous communication 异步通信

4. Asynchronous processing 异步处理

5. Asynchronous load balancing 异步负载均衡

6. Asynchronous transfer mode 异步传输模式

7. Asynchronous programming 异步编程

双语例句：

1. The program uses asynchronous execution to avoid blocking the whole system.

该程序采用异步执行以避免阻塞整个系统。

2. The asynchronous behavior of the network connection caused a delay in the transmission of data.

网络连接的异步行为导致数据传输延迟。

3. The asynchronous communication between servers allows for better scalability and fault tolerance.

服务器之间的异步通信允许更好的可扩展性和故障容忍性。

4. The asynchronous processing of tasks allows for better resource utilization and faster response times.

任务异步处理允许更好的资源利用和更快的响应时间。

5. The asynchronous load balancing technique ensures that all nodes are equally utilized and load is distributed evenly across all nodes.

异步负载均衡技术确保所有节点得到均等的利用，并将负载均匀分布在所有节点上。

6. Asynchronous transfer mode (ATM) is a communication technology that allows for high-speed data transfers over a shared network.

异步传输模式（ATM）是一种通信技术，允许在共享网络上进行高速数据传输。

7. Asynchronous programming requires a different approach to synchronous programming because tasks are not necessarily executed in a linear sequence.

异步编程需要与同步编程不同的方法，因为任务不一定按线性顺序执行。

英文小作文：

Asynchronism in Programming

Asynchronism is a key feature of modern programming, allowing for greater flexibility and efficiency in software development. Without asynchronism, programs would have to wait for each task to complete before starting the next one, which would greatly limit the speed and efficiency of the overall process.

With asynchronism, programs can run in parallel, allowing multiple tasks to complete simultaneously, greatly increasing the speed and efficiency of the overall process. This allows for greater scalability and fault tolerance, as well as better resource utilization and faster response times.

Asynchronism also enables the use of asynchronous communication and load balancing techniques, which allow for better scalability and fault tolerance in distributed systems. These techniques ensure that all nodes are equally utilized and load is distributed evenly across all nodes, ensuring optimal performance and stability in complex systems.

Overall, asynchronism is a key feature of modern programming that enables faster, more efficient software development, while also ensuring optimal performance and stability in complex systems.