2024年4月18日发(作者：)

一种基于文件的边压缩边传输的方法

File compression and transmission methods are crucial for efficient

data management and transfer. 在文件传输和压缩方法中起着至关重要

的作用。 Traditional methods such as ZIP and RAR compression have

been widely used for reducing file size, allowing for faster

transmission and more efficient use of storage space. 传统的压缩方法

如ZIP和RAR已经被广泛应用，可以减小文件大小，实现更快的传输速度

和更加有效地使用存储空间。 However, with the increasing demand for

faster transmission and the rise of big data, there is a need for more

advanced and efficient compression and transmission methods. 但是，

随着对更快传输的需求不断增加和大数据的崛起，人们需要更加先进和有效

的压缩和传输方法。

One of the emerging methods that has gained attention in recent

years is file-based compression while transmitting. 近年来备受关注的

一种新兴方法是在传输过程中进行文件级压缩。 This method involves

compressing the file in real-time as it is being transmitted, reducing

the size of the file and optimizing the transmission process. 这种方法

涉及在传输过程中实时压缩文件，减小文件大小并优化传输过程。 By

implementing this technique, it is possible to achieve faster

transmission speeds and reduce the overall bandwidth and storage

requirements. 通过实施这种技术，可以实现更快的传输速度，减小总带宽

和存储要求。 This is particularly beneficial in scenarios where large

files need to be transmitted over networks with limited bandwidth or

stored in environments with limited storage capacity. 在需要在带宽有

限的网络上传输大文件或者在存储空间有限的环境中存储文件时，这种方法

尤其有益。

One of the key advantages of file-based compression during

transmission is the ability to save time and resources. 在传输过程中进

行文件级压缩的一个重要优势是节省时间和资源。 By compressing the

file while it is being transmitted, the overall transmission time can be

significantly reduced, leading to improved efficiency in data transfer.

通过在传输过程中压缩文件，可以显著减少总体传输时间，提高数据传输的

效率。 This is particularly useful for businesses and organizations that

regularly transfer large files, as it can help save both time and costs

associated with data transmission. 对于经常传输大文件的企业和组织来

说，这是特别有用的，因为它可以节省与数据传输相关的时间和成本。

Additionally, the reduced file size resulting from compression can

also lead to decreased storage requirements, further optimizing