1) integer wavelet
整数提升小波
1.
Due to the fact about blind withdraw of colored images, this paper propose a blind digital watermarking algorithm based on integer wavelet transform, which embeds the pretreated watermarks in the intermediate frequency of integer wavelet transform.
针对以彩色图像为载体的水印的盲提取,提出一种基于整数提升小波变换的盲数字水印算法,把经过置乱处理后的水印利用子带替换法嵌入到整数提升小波域的中频系数上。
2.
Specifically for presently most digital watermarking system has not solve the watermark work for joint ownership, the paper makes scientific researches on application of digital watermarking algorithm for joint ownership based on Shamir secret sharing scheme and integer wavelet matrix norm quantization, combines the characteristic of Secret sharing and integer wavelet.
针对目前的大部分多重水印算法虽然能嵌入多个水印但无法验证水印作品的多用户联合所有权问题,结合秘密共享理论和提升小波的特性,研究了基于秘密共享体制和整数提升小波理论的联合水印算法。
2) lifting integer wavelet
提升整数小波
3) integer lifting wavelet transform
整数提升小波变换
1.
According to the practical application,a new blind watermark algorithm based on integer lifting wavelet transform is proposed in this paper.
结合实际应用的需要,提出了一种基于整数提升小波变换的盲数字水印算法。
2.
A listless SPIHT coding algorithm based on the integer lifting wavelet transform with lower memory requirement and higher compression performance for color image compression is presented.
提出了一种易于硬件实现的低存储量、高压缩性能的基于整数提升小波变换的彩色图像无链表SPIHT零树编码算法。
4) transform of integer wavelet lifting
整数小波提升变换
5) Integer Wavelet Lifting Scheme
整数小波提升算法
6) FILWT
快速整数提升小波变换
1.
The advantages of fast integer lifting wavelet transform(FILWT)are discussed and a hardware im-plement based on it is presented in this paper.
讨论了快速整数提升小波变换(FILWT)算法易于硬件实现的优点,提出了基于该算法的一种硬件设计,对所实现的硬件系统实际测试表明,该设计具有实现简单、实时性强、处理数据速度快等特点。
补充资料：阿波波地狱
【阿波波地狱】
梵语阿波波，或云唬唬婆（无翻），谓受罪众生，寒苦增极，舌不能动，唯于唇间作此声也。
梵语阿波波，或云唬唬婆（无翻），谓受罪众生，寒苦增极，舌不能动，唯于唇间作此声也。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条