Steganography

英音[ ˌsteɡəˈnɒɡrəfi ] 美音[ steɡəˈnɑːɡrəfi ]

隐写术

常用释义

n. 速记式加密；密码学

扩展信息

隐写术

隐写术（Steganography）是一种隐藏信息的技术，它使用某种格式使得不了解它的人很难检测到信息的位置。在计算机世界中…

信息伪装

　　信息隐藏，也称为信息伪装（Steganography），该单词来源于古希腊，意思是将有用或重要的信息隐藏于其他信息里面以掩饰 …

隐藏术

隐藏术（steganography）就是将数据隐藏在另一个介质中，使得数据被隐蔽起来。隐藏术主要是把消息隐藏在图片中。

密写

其中密写(Steganography)与密写分析(Stegananlysis)作为20世纪90年代的新兴技术,是该领域的重要分支。密写的目的是将秘密 …

伪装学

(i)伪装学 伪装学(Steganography)的定义是利用一定的经过处理的载体來传送机密的文字、图片或声音；传送的机密资讯内容与 …

隐藏学

隐藏学(Steganography)一词是源自於一位德国的修道院住持Johannes Trithemius。他说到"隐藏学:是一种把讯息隐藏在人的心 …

例句

As you might expect for a technique that involves hiding information, steganography has always had a shady reputation.

正如它所要达到的隐藏信息效果一样，这种技术在历史上也曾深藏不露。

Also note that this push method can very easily be integrated with a steganography module to conceal neuron interactions inside other data.

还需注意，这种push方法还可以轻易集成一个隐写模块，以隐藏其他数据内部的神经元交互。

Video steganography has the advantage of large embedding capacity, but the security is usually neglected when obtain the capacity.

视频数字隐写具有隐藏容量大的优点，但是通常在获得隐藏容量的同时，却忽视了安全性。

As an important subdiscipline of information hiding, steganography is one of important research fields in recent years.

密写术作为信息隐藏的一个重要分支，是近年来研究的热点领域之一。

To supervise the use of steganography and prevent the illegal uses has been a main part of national security.

如何有效防止隐写术的非法应用成为国家安全的重要组成部分。

The goal of steganography is to avoid drawing suspicion to the transmission of a hidden message.

隐写术的目的是避免对传送被隐藏消息的行为产生怀疑。

Extensive experiments prove the differences between the digital watermarking and digital steganography.

并通过实验证明了数字水印和数字密写之间的区别。

Small capability is always the shortcoming of low bit speech code steganography.

隐藏容量比较小一直是低速率语音编码中信息隐藏的一个缺点。

Experiments show that the average classification accuracy rate can be above 90% for either LSB replacement or matching steganography.

实验表明，分别对LSB替换、匹配隐写进行分析，平均分类正确率可以达到90%以上。

Information hiding (steganography) is the secret hiding secret information in a non-confidential file content into.

信息隐藏（隐写术）就是将秘密信息秘密地隐藏于另一非机密的文件内容之中。

The multimedia steganography is a new research field developed in recent years in spite of the long history of steganography.

虽然隐秘通信技术的发展已经有很长的历史，但多媒体隐秘通信技术却是近年来出现的一个新的研究领域。

First, this article wrote a brief introduction of the Steganography technology of the present status , development trends and applications.

本文首先简单介绍了密写技术的研究现状、发展趋势以及应用领域。

Steganography can hide the secret information in digital images, audios or videos to avoid the detection of the human sensory system.

资讯隐藏技术可以将秘密讯息隐藏在一般的數位影像、声音或动态影像内，以躲避人類感官的察觉。

F5 is another steganography application that was developed some time ago and has since seen some "face lifts" to make it more usable.

F5是另一个以前开发的隐写术应用程序，最近进行了一些改进，让它更加有用。

Currently, you can locate tools for performing steganography functions on different types of media.

目前，您可以使用工具对各种媒体类型执行隐写加密。

In this dissertation, we investigate the theoretic security of steganography and steganographic capacity under the limit of security.

本文较系统和深入地研究了隐写术的理论安全性和安全性限制下的隐写容量等问题。

Illegal implementations of steganography grievously damage the security of internet.

隐写术的非法应用严重危害网络信息安全。

STEGANOGRAPHY, the art of hiding things in plain sight, is a trick as old as espionage.

信息隐藏法是一种众目睽睽下隐藏事件的艺术，他是和间谍活动一样古老的一种把戏。

In addition, the approach also can detect the steganography in the other bit planes of an image.

该方法也可以对图像的其他位平面的嵌入进行分析。

Most tools are based on Least Significant Bit(LSB), which makes the steganography on LSB a wide significance.

现有音频隐写软件大多基于最低比特位（LSB）隐写，对LSB隐写的检测算法研究具有重要意义。

LSB steganography is easy to implement hiding much information. So, it is a hot area of research in the information and network security.

LSB信息隐藏以其隐藏信息量大、隐藏方法简单等优点，成为信息安全领域研究的一个热点。

In this paper, a anti-forensic scheme based on symmetrical encryption and steganography is proposed.

提出了一种结合使用对称加密和隐写术的反取证方法。

This article examines the process of steganography and shows how you can detect its use.

本文将探讨隐写术的原理并展示如何侦测它的使用。

Digital image steganography does have some drawbacks, though.

但是，数码图像隐写术仍然有一定缺点。

With the development of digital technology, digital images become the most important vehicle of the digital steganography.

随着数字技术的不断发展，数字图像成为数字密写技术最重要的载体。

According to the three ways, a new adaptive steganography based on double-layered embedding method was proposed.

以此为基础，提出一种基于双层湿纸嵌入的图像自适应隐写算法。

Steganography technique is playing an irreplaceable role in the society and daily life.

密写技术研究的成果在社会及日常生活中发挥着不可替代的作用。

Steganography Using Dual-Modulo Arithmetic without Introducing Histogram Abnormality

采用两次模运算的无直方图异常安全密写法

Attack on an LSB Steganography Scheme Against Statistical Analysis

对一种抗统计分析的LSB隐写方案的攻击

Steganography of controlling histogram abnormality using feedback

利用反馈控制直方图失真的隐写方法