buffering

"buffering" 的音标为 [ˈbʌfərɪŋ] 。

基本翻译为缓冲。

速记技巧：可以结合上下文语境，将“buffer”理解为“缓冲器”或“缓冲过程”，从而快速记住其发音和含义。

"Buffering"这个词的英文词源可以追溯到拉丁语"buffer", 意为缓冲器或缓冲。它最初用于描述在两个物体之间放置的物质，以减缓或阻止它们的直接接触。这个词后来被引入到英语中，用来描述在网络传输中用于减少数据传输延迟的技术。

变化形式：名词形式为"buffer"，动词形式为"buffer up"。

相关单词：

1. "buffers"（缓冲器）：用于存储数据或信息的存储器，通常在网络传输或数据处理中起到缓冲作用。

2. "buffering problem"（缓冲问题）：在网络传输中，当数据量过大或网络延迟过高时，可能会导致缓冲问题。

3. "buffer pool"（缓冲池）：一个存储多个缓冲区的集合，通常用于内存管理。

4. "buffer overflow"（缓冲溢出）：一种常见的安全问题，指缓冲区分配的空间不足以存储输入数据，导致数据溢出并可能破坏系统。

5. "buffering algorithm"（缓冲算法）：用于控制数据传输速度和延迟的算法。

6. "buffering strategy"（缓冲策略）：一种管理数据流的方法，通常用于优化性能或减少延迟。

7. "buffered communication"（缓冲通信）：一种通信方式，其中数据被存储在缓冲区中，等待适当的时机再发送。

8. "buffer management"（缓冲管理）：一种计算机科学领域的技术，涉及如何有效地管理和使用缓冲区。

9. "buffering layer"（缓冲层）：在计算机网络中，用于处理数据传输的延迟和抖动的软件或硬件层。

10. "buffering delay"（缓冲延迟）：在网络传输中，数据从发送端到接收端所需的时间，这段时间内数据被存储在缓冲区中。

常用短语：

1. buffering memory

2. buffering stream

3. buffering data

4. buffering transmission

5. buffer overflow

6. buffer underflow

7. buffer pool

例句：

1. We need to buffer the incoming data to avoid loss of information.

2. The stream is being buffered to improve the user experience.

3. The network transmission is being buffered to reduce the load on the server.

4. The buffer overflow can cause system crash, so be careful when programming.

5. The underflow of the buffer indicates that there is no more data to be read.

6. We should use a buffer pool to improve the efficiency of data access.

英文小作文：

Buffering is an essential part of many systems, especially in communication and data transmission. It helps to smooth out variations in speed between different parts of the system, reducing the chances of data loss or corruption. When dealing with streaming data, buffering ensures that the data is not lost during temporary interruptions or delays in transmission. Buffering also allows for more efficient use of resources, as it allows the system to handle multiple requests or transactions simultaneously without saturating the resources. Buffering is also important in protecting against malicious attacks, such as buffer overflows, which can cause system crashes or security breaches. By properly utilizing buffering, we can improve the efficiency and reliability of our systems, ensuring that they are more resilient and secure in the face of unexpected challenges.