hamming

hamming的音标是[ˈhæmmɪŋ]。

基本翻译：哈明特编码（一种数字编码方法）。

速记技巧：Ham=哈明特，ing=编码。

Hamming的英文词源：

Hamming这个词来源于英语，其含义是“哈姆林风格”或“哈姆林式”。Hamming这个词的起源可以追溯到美国的一个地名，即哈姆林市。这个名字可能是以该市的主要居民或建筑物命名的。

变化形式：

Hamming在词形上没有明显的变化形式。

相关单词：

Hamlet 哈姆雷特 - 来自丹麦戏剧家莎士比亚的作品，与哈姆林有一定的关联性。

Hamletization 哈姆雷特化 - 描述某种现象或过程，与哈姆林风格相似，但更强调文化、社会或心理方面的因素。

Hamster 仓鼠 - 一种常见的宠物鼠，与哈姆林风格没有直接关系，但因为它们在许多人的家中广泛饲养，所以也与Hamming有一定的关联性。

Hamstring 拉伤大腿肌肉 - 一种常见的运动伤害，与哈姆林风格没有直接关系，但因为这个词组与哈姆林风格有关联性，所以也与Hamming有一定的关联性。

Hamletism 哈姆雷特主义 - 一个虚构的概念，描述了一种理论或观点，与哈姆林风格和Hamming有一定的关联性。

Hamming distance 汉明距离 - 一种衡量两个等长字符串相似性的度量方法，与Hamming的词源和含义有关。

Hamming code 汉明码 - 一种纠错码，用于数据传输和存储中，与Hamming的词源和含义有关。

Hamming distance matrix 汉明距离矩阵 - 一个矩阵，用于表示两个字符串之间的汉明距离关系，与Hamming的词源和含义有关。

总之，Hamming这个词源于美国地名哈姆林市，与该市的主要居民或建筑物有关。它有多种变化形式和相关单词，这些单词与哈姆林风格和Hamming的词源和含义有关。这些单词在语言学和计算机科学领域都有广泛的应用。

常用短语：

1. Hamming code

2. Error detection

3. Error correction

4. Hamming distance

5. Hamming window

6. Hamming polynomial

7. Hamming code correction

8. Hamming code encoding

双语例句：

1. The Hamming code ensures reliable transmission of data. (Hamming编码确保数据传输的可靠性。)

2. The error correction capability of the Hamming code is excellent. (汉明码的错误纠正能力非常出色。)

3. The Hamming window is used to improve the signal-to-noise ratio. (汉明窗用于提高信噪比。)

4. The Hamming polynomial is used in digital communication systems. (汉明多项式在数字通信系统中使用。)

5. The Hamming code correction algorithm is simple and efficient. (汉明码纠正算法简单而有效。)

6. The Hamming code encoding process is complex but necessary for reliable data transmission. (汉明码编码过程虽然复杂，但对于可靠的数据传输是必要的。)

7. The Hamming code has been widely used in satellite communication systems. (汉明码在卫星通信系统中得到了广泛应用。)

英文小作文：

Hamming codes are widely used in modern communication systems to ensure reliable data transmission. They are particularly useful in situations where errors may occur during transmission, such as in satellite communication systems or in high-speed data links.

Hamming codes are a type of error-correcting code that can detect and correct errors in a transmitted signal using a small number of additional bits. This allows the original data to be recovered with a high degree of accuracy even in the presence of noise or other sources of error.

One of the key features of Hamming codes is their use of a so-called "Hamming window" to improve the signal-to-noise ratio during transmission. This technique involves placing a small window of additional bits around the main data stream, which allows the receiver to filter out noise and other interference while still maintaining the accuracy of the transmitted data.

Another advantage of Hamming codes is their simplicity and efficiency. The encoding process is relatively straightforward and can be implemented with a small number of additional hardware components, making them an ideal choice for many applications where cost and complexity are important considerations.

Overall, Hamming codes have revolutionized the way we transmit data in modern communication systems, providing high-quality, reliable data transmission with minimal hardware requirements and cost.