Amir Maniur Silitonga, Surya Darma Nasution, P. Ramadhani
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引用次数: 1

摘要

图像文件大小有时相对较大,其中产生的图像质量越好,记录图像所需的像素形状就越大。对于非常大的映像文件大小,在传输过程中,由于存储空间介质超过其限制,传输过程可能会失败。对于这个问题的解决方案是如何压缩图像文件,以加快图像文件的传输和存储。对图像文件的压缩是通过减少图像文件中的比特数来减小图像文件的形状,但并不消除图像文件中的信息数据。通过运行压缩,大文件将缩小大小,从而节省存储空间。在本研究中,使用的算法是次指数码,使用这种方法,k值的压缩结果与每个值的压缩结果不同,压缩结果有利于发送,传输图像文件会更容易。关键词:图像文件压缩,次指数编码算法
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IMPLEMENTASI ALGORITMA SUBEXPONENTIAL CODE UNTUK KOMPRESI FILE GAMBAR
Image file size is sometimes relatively large where the better the quality of the image produced, the pixel shape needed to record the image is bigger. With a very large image file size, at the time of the transfer process the transfer process could fail because the storage space media exceeds its limit. As for the Solution in this problem is how the image file can be compressed in order to accelerate the transfer and storage of image files. compression on image files is done by reducing the shape of the image file by reducing the bit in the image file, but does not eliminate the information data in it. By running compression, large files will shrink in size so that it can save storage space. In this study, the algorithm used is Subexponential Code, by using this method, the compression results from the k value have different results from each value, and the compression results will be advantageous in sending, and transferring image files will be easier.Keywords: image file compression, subexponential code algorithm
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