数字

Digital image compression is the key technology of different kinds of applications in digital image processing.

数字图像压缩编码技术是各种数字图像应用的关键技术。

The results showed that the algorithm realizes the watermark's imbedding and extracting; it also is robust. The digital watermarking technology can be used to protect the security of digital images and the copyright.

结果证明该算法能够实现数字水印的提取和检测，并具有较强抵抗常见攻击的能力，鲁棒性较好，能够实现初步的数字图像的防伪和版权保护。

The results showed that the algorithm realizes the wa'termark's imbedding and ex-tracting; it also is robust. The digital watermarking technology can be used to protect the security of digital im-ages and the copyright.

结果证明该算法能够实现数字水印的提取和检测，并具有较强抵抗常见攻击的能力，鲁棒性较好，能够实现初步的数字图像的防伪和版权保护。

The digital products are exactly the bridge which links us with immaterial world. It"s greatest characteristic lies in its immateriality which means digital products are media of experience and service,and it"s immateriality is a foundation of human-computer interaction.

数字产品则正是连接我们和非物质世界的桥梁——它最大的特征就在于非物质性，这个非物质性是指数字产品是以载体的形式为人提供服务和体验的。

Oneself design of the topic use number control tool machine to process center 藩 a town to process a box of body cover, impassability electricity and improvement which hope to find out a numerical words' application to process with traditional machine after the machine process realm in this design create the method that the painful machine processes, also hope passing this time designs better control and make use of a numerical words control to process center, for in the days to come of the work study much many backlog experience, pass a tutor to know industriously with oneself integrity of design process, to Chinese tradition handicraft of the machine process of the improvement have further of understanding with realize deeply;The machine of modern's processing realm is no longer a pure machine and process, it with calculator numerical turn and have inseparable contact, became 1 kind to influence place near situation mutually this a time's design to still apply a CAD etc.

本人设计的课题的用数控机床加工中心藩镇加工箱体盖，希望能在本次设计中找到数字话应用在机加工领域后与传统机械加工的不通电以及改良创痛机械加工的方法，也希望通过本次设计更好的掌握和运用数字话控制加工中心，为日后的工作学习多多积累经验，通过导师的辛勤知道和本人完整的设计过程，对中国传统手工的机械加工的改进有了进一步的了解和深刻的体会；现代的机械加工领域已不是单纯的机械加工，它与计算机数字化有着密不可分的联系，形成一种相互影响相互处近的局势本次设计还应用了CAD等等，希望为数控机械加工提供点心得谢谢

After make a deep research on robustness and imperceptibility of digital watermark for multimedia in this paper, the author figures...

将谐波恢复算法和基于混沌的弱信号检测方法成功地应用在数字水印系统中，为研究数字水印的鲁棒性和不可感知性提供了新思路。

This finished the embedding process, and the test results show that this algorithm has certain imperceptivity and robustness. Because of the same embedding intensity, on one hand, it leads to the decline of the quality of the carrier image and influence the transparency and robustness of the watermark.

在此基础上，本文介绍了一种传统的基于小波变换的数字水印算法，这种算法将数字水印小波分解后的各个子带，嵌入到原始载体图像第三级小波子带中去，实现了水印的嵌入，试验结果显示该算法具有一定的不可见性和鲁棒性。

In number; with regard to numbers.

在数字上；关于数字的。

In arithmetic, an error, which, in its own individuality, may be inappreciable, produces at length, by dint of multiplication at all points of the process, a result enormously at variance with truth.

在算术中，一个错误，单就本身来说，可能算不了什么，但是把一道算题各部分的数字乘起来，最后就会算出一个跟实际数字天差地远的答数。

So, a novel machine learning based digital blind audio watermarking scheme in the wavelet domain is proposed in this paper, which could find a reasonable balance between the robustness and inaudibility of the watermark, then have the better robustness and inaudibility.

本文正是将小波变换应用到音频信号的数字水印系统中，提出一种小波域上基于机器学习方法的新的数字音频盲水印算法，使其能在水印的鲁棒性和不可感知性之间寻找到合理的平衡点，从而具有更良好透明性和鲁棒性，并在音频作品的版权保护中能有一定的实用性。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。