搜索资源列表
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- 图像加密，基于混沌映射的图像加密算法的实现与研究-A novel algorithm for image encryption based on mixture of chaotic maps
chaoshundun
- 基于离散混沌系统广义同步定理的数字图像加密期刊论文-Generalized synchronization of chaotic systems based on discrete digital image encryption Theorem Journal Papers
hundunjiami
- 基于混沌映射的数字图像置乱方法 关于图像加密方法的期刊论文-Based on Chaotic Mapping method of digital image scrambling on the image encryption method of journal articles
06-005
- this is a paper on image encryption using cipher feedback mode
image-ecpytion
- c语言实现图像的加密与解密，观察加密和解密前后图像有无异同-c language image encryption and decryption, and observe whether the encryption and decryption of images before and after the similarities and differences
Arnold
- 阿诺德算法，用于图像加密的阿诺的算法。可以直接使用matlab软件实现。-Arnold algorithms for image encryption the Arnold algorithms. Matlab software can be used directly.
rand
- 混沌随机数的应用文章，适合用于图像加密算法中。-Application of the chaotic random number, suitable for image encryption algorithm
BlowfishEncryption
- Blowfish algorithm for image encryption using matlab.
document
- In this paper, four chaotic maps are compared and noise effects are observed on image. Firstly, we use the image encryption algorithm to convert original image to encrypted image. Now we apply noise on the encrypted image and then decrypt ciphe
ImageEncryptionDecryption_1_8
- image encryption and decryption, also work for text encryption or other file format and sensible data
fdkjfkdjfdkf
- 数字水印文件和数字水印命令是数字水印技术在军事应用的两个重要应用。本文以一种基于分数阶傅里叶变换 (FRFT)的数字水印算法，使用chirp信号作为水印信息，嵌入到图像的分数阶傅里叶的加密域中。该算法有效地利用水印的 嵌入位置和FRFT的阶次作为密钥的同时，还利用chirp信号在分数阶傅里叶域的特点，可以很方便的检测到水印，具有良好 的不可见性和安全性的同时，还能够抵抗很强的JPEG压缩和噪声的攻击，对剪切、滤波等操作也有一定的鲁棒性。-Watermarking files and
xx
- image steganography encryption and decryption using matlab
ecc
- ecc encryption decryption image matlab
Encryption
- AES encription of 128 bits with 10 rounds, can be used to encrypt image data
code_kar
- image encryption for denoising and segmentration code
testM11
- security+ image+encryption+chaotic lorenz system+chose theory
Mega-Shree-aes-image-encryption-code
- jhakjnj ajkhfkj ajfnjk