buffered

"buffered" 的音标为 [ˈbʌfəld] 。

基本翻译为"缓冲的"，表示被缓冲、减缓或调节的。

速记技巧：可以与"buffer"一起记忆，因为它们都表示缓冲的意思。

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"Buffered"这个词的英文词源是"buffer"，它源自法语词汇"boucher"，意思是屠夫或肉类商人。这个词又来自于荷兰语"boerderij"，意为农场或牧场。

变化形式：在英语中，"buffered"是它的形容词形式，表示被缓冲的或被储存的。

相关单词：

1. "Buffering"：缓冲，指的是在数据传输过程中，先将数据存储在临时存储器中，然后再将其发送出去，这样可以避免网络延迟或中断等问题。

2. "Bufferbloat"：过载缓冲，指的是由于网络拥堵等原因导致缓冲区过载的情况。

3. "Bufferpool"：缓冲池，指的是用于存储待处理数据的存储区域，通常用于缓存和缓冲区管理。

4. "Buffering"（buffering）在视频流中也表示正在加载或缓冲视频数据的过程。

5. "Buffering time"：缓冲时间，指的是数据从输入源传输到输出设备所需的时间。

6. "Buffering effect"：缓冲效应，指的是某些物质或材料在特定条件下可以起到缓冲作用的现象。

7. "Buffering capacity"：缓冲容量，指的是缓冲溶液能够抵抗一定范围内酸碱度变化的能力。

8. "Buffer zone"：缓冲区，指的是两个冲突地区之间的非军事化区域，用于缓解紧张局势。

9. "Buffering in the pipeline"：管道中的缓冲，指的是在数据传输过程中，先将数据存储在管道中等待处理，然后再进行处理的过程。

10. "Buffering in the queue"：队列中的缓冲，指的是在等待处理的数据被放入队列中等待处理的过程。

以上这些单词都与"buffered"这个词有着密切的联系，它们都涉及到缓冲、存储、缓存等概念。

常用短语：

1. buffered output

2. buffered input

3. buffering mechanism

4. buffer pool

5. buffer overflow

6. buffer underflow

7. buffer management

例句：

1. The printer buffers output to reduce printing latency.

2. The network adapter buffers incoming data to improve data transfer speed.

3. The operating system manages a buffer pool to optimize memory usage.

4. The program encountered a buffer overflow error due to a large input string.

5. The programmer must ensure that input data does not underflow a buffer.

6. Buffer management is crucial for ensuring efficient data transfer in a network environment.

英文小作文：

Title: Buffer Management in Modern Computing Environments

Buffer management is a crucial aspect of modern computing environments, ensuring efficient data transfer and reducing bottlenecks in processing. From memory buffers to network buffering, buffer management plays a vital role in ensuring smooth and reliable data exchange between systems and devices.

Buffering mechanisms are commonly employed to absorb variations in data transfer rates and minimize latency. By storing incoming or outgoing data in a buffer, the system can process it at a faster rate than the actual transfer speed, thus improving overall performance. Buffer pools, on the other hand, are managed by the operating system to optimize memory usage and prevent resource waste.

Buffer overflows and underflows, however, can pose serious security risks if not handled properly. Overflows occur when too much data is stored in a buffer, potentially allowing malicious code to execute, while underflows occur when a buffer is too small to hold the required data, leading to data loss or corruption. Therefore, it is essential to implement robust buffer management strategies to safeguard against such vulnerabilities.

In conclusion, buffer management plays a critical role in ensuring efficient data exchange in modern computing environments. From memory buffers to network buffering, buffer management ensures smooth and reliable data transfer between systems and devices, while also safeguarding against potential security risks.