查询词典 key up

A code rule of correspondence mapping from secret key to magic cube transformation is proposed,Which can realize that the secret key is not limited by both type and size,and the key space is huge.

提出了一种新的密钥与魔方变化的编码对应法则，使该加密算法的加密密钥不受类型、大小的限制，具有密钥空间大的特点。

The academic research of this center includes the nation-level key subjects: nonnasality clinic medicine, surgery and inner medicine; Sichuan province-level key subjects such as ophthalmology, psychiatry, and pathological physiology;"211 project" key subjects such as pathology and pathological physiology, surgery, and medical jurisprudence.

该中心的学术科研包括国家级重点学科：口腔临床医学、外科学、内科学；四川省重点学科：眼科学、精神病学、病理生理学等方面；"211工程"重点建设学科：病理学和病理生理学、外科学、法医学等。

The security of PKI system itself is especially emphasized during the system design and implementation process, which is in accordance with the pervasive characteristic of PKI. Second, the concept of a Trusted Key Management Center is introduced for the first time. This technology greatly strengthens key management practices and allows for smooth transition from PKI to Key Management Infrastructure. Third, certificate status mechanisms are investigated in depth, and a certificate revocation performance simulation system is devised. All these work will provide guides to practice and employment of PKI applications. Based on time constraints, a new taxonomy for authenticated dictionaries is proposed. Fourth, formal analysis ofOCSP protocol is carried out; then an efficient and scalable OCSP system is developed. Fifth, the special requirements caused by the working environments of Wireless PKI are analyzed. Based on communicative hashing and dynamic Merkle hash tree, an efficient certificate status validation method suitable for WPKI is presented. Sixth, one important kind of fair exchange protocols is studied, and a new CEMBS based on RSA cryptosystem is proposed. Afterwards, a novel fair exchange protocol totally based on RSA signature scheme is devised.

在系统设计和实现的过程中，考虑到PKI作为普适性安全基础平台的特点，特别强调PKI系统自身的安全性；第二，首次在PKI系统的设计中提出了"可信密钥管理中心"的概念，这一独特设计大大地强化了密钥管理功能的实施，为PKI向密钥管理基础设施的平滑过渡提供了良好的技术准备；第三，对证书状态验证机制进行了深入研究，设计了证书状态模拟系统，以指导PKI系统和应用的部署和实施；在此基础上，基于时间约束首次给出了认证字典的一种新的分类方法；第四，对OCSP协议进行了形式化分析，设计和实现了一种高效、可扩展的OCSP系统；第五，分析了WPKI工作环境对设计安全基础平台提出的特殊要求，结合无线移动设备的具体特点，基于可交换杂凑函数和动态Merkle杂凑树设计出了一种适用于WPKI环境的高效证书状态查询机制；第六，对一类公平交换协议进行了深入的研究，从设计公平交换协议的密码基础结构出发，提出了一种新型的基于RSA密码体制的高效CEMBS；在此工作的基础上，设计了一种基于RSA密码体制的最优化公平交换协议。

The security of PKI system itself is especially emphasized during the system design and implementation process, which is in accordance with the pervasive characteristic of PKI. Second, the concept of a Trusted Key Management Center is introduced for the first time. This technology greatly strengthens key management practices and allows for smooth transition from PKI to Key Management Infrastructure . Third, certificate status mechanisms are investigated in depth, and a certificate revocation performance simulation system is devised. All these work will provide guides to practice and employment of PKI applications. Based on time constraints, a new taxonomy for authenticated dictionaries is proposed. Fourth, formal analysis of OCSP protocol is carried out; then an efficient and scalable OCSP system is developed. Fifth, the special requirements caused by the working environments of Wireless PKI are analyzed. Based on communicative hashing and dynamic Merkle hash tree, an efficient certificate status validation method suitable for WPKI is presented. Sixth, one important kind of fair exchange protocols is studied, and a new CEMBS based on RSA cryptosystem is proposed. Afterwards, a novel fair exchange protocol totally based on RSA signature scheme is devised.

在系统设计和实现的过程中，考虑到PKI作为普适性安全基础平台的特点，特别强调PKI系统自身的安全性；第二，首次在PKI系统的设计中提出了"可信密钥管理中心"的概念，这一独特设计大大地强化了密钥管理功能的实施，为PKI向密钥管理基础设施的平滑过渡提供了良好的技术准备；第三，对证书状态验证机制进行了深入研究，设计了证书状态模拟系统，以指导PKI系统和应用的部署和实施；在此基础上，基于时间约束首次给出了认证字典的一种新的分类方法；第四，对OCSP协议进行了形式化分析，设计和实现了一种高效、可扩展的OCSP系统；第五，分析了WPKI工作环境对设计安全基础平台提出的特殊要求，结合无线移动设备的具体特点，基于可交换杂凑函数和动态Merkle杂凑树设计出了一种适用于WPKI环境的高效证书状态查询机制；第六，对一类公平交换协议进行了深入的研究，从设计公平交换协议的密码基础结构出发，提出了一种新型的基于RSA密码体制的高效CEMBS；在此工作的基础上，设计了一种基于RSA密码体制的最优化公平交换协议。

The mobile communication terminal of the invention includes: the inputting part of the key which is arranged with character key; the message receiving part which is used to transmit the literal message that is made with the literal message making mode or receive the literal information; the displaying part which is used to show the content of information input by the key inputting part when it is in the literal message making mode; the memorizer used to storage the program which is relevant to the literal message making mode; the control part which realigns the characters and controls it showing on the displaying part at the literal message making mode when the inputting character has overtopped the character input range.

本发明中的移动通信终端，包含：设置有文字键的键输入部；用于传送通过文字消息制作模式制作的文字消息，或是接收文字消息的消息收发部；在所述文字消息制作模式时，用于显示通过所述键输入部输入的消息内容的显示部；用于存储所述文字消息制作模式相关的程序的存储器；在所述文字消息制作模式时，当输入的文字超出文字输入范围的情况下，对文字进行重新排列并控制其显示在所述显示部的控制部。

Press the down arrow key, the right arrow key, or the Page Down key on the keyboard.

按键盘上的向下箭头键、向右箭头键、或 Page Down 键。

Second, the instructions 1, remote control buttons: 0-9 keys, the red button to reset button,"SET" button to SET for the end,""," CLEAR "key to remove key,"▲"as is"▼ timer starts,"for the countdown began," on "and" pause key for ∨"to" TIME ","MODE" button, the clock display keys,"the timing for 1" for 12 hours system clock,"2" for 24 hours system clock.

二、使用说明 1、遥控器按键说明：0-9数字键、红色键为复位键，"SET"为设置键，""为结束键，"CLEAR"为清除键，"▲"为正计时开始键，"▼"为倒计时开始键，"∧"为暂停键，"∨"为继续键，"TIME"为时钟键，"MODE"为计时显示键，"1*"为时钟12小时制键，"2*"为时钟24小时制键。

At the same time,Security of RSA is based on the difficulty in resolving a large number.The public key and the secret key are functions of a pair of large prime numbers.The difficulty in converting the cipher text into the plaintext through the public key equals to that of resolving the product of two large prime numbers.

RSA 的安全基于大数分解的难度，其公开密钥和私人密钥是一对大素数的函数，从一个公开密钥和密文中恢复出明文的难度等价于分解两个大素数之积。

Results Same conservative sites and key catalytic sites existed among SjLDH and LDHs from other species. Similarity of SjLDH compared to CsLDH, TvLDH and HsLDH was 75%, 17%, 58%-60% respectively. Phylogenetic analysis demonstrated that the evolution relation between SjLDH and DmLDH was closer than the relation between SjLDH and CeLDH, the relationship between SjLDH and HsLDH-B,-C was closer than HsLDH-A. Three trans-membrane regions were found, the region of 98aa-106aa in three hydrophilia regions located outside of membrane was inferred as the major antigen epitope. This antigen epitope had significant difference with LDHs from protozoon （ Pf ., Tg ., Tv .） and had 1-3 amino acid residue difference with MmLDH, HsLDH-A,-B,-C, and was the same with CsLDH. One of the key catalytic residues and substrate binding loop were located in this region. Tertiary structure demonstrated that 98aa-106aa was on the surface of the protein and formed a substrate binding loop, other two key catalytic sites were at the position near the loop.

结果 SjLDH与其他物种的同源序列含相同的保守位点及催化活性位点，与华支睾吸虫LDH同源性最高为75％，与阴道毛滴虫LDH同源性最低为17%，与人LDH（HsLDH-A，-B，-C）的同源性为58%~60％； SjLDH与果蝇的进化距离较秀丽隐杆线虫为近，3种人LDH中与HsLDH-B、-C的进化距离较HsLDH-A为近；该蛋白具有3个跨膜区域，3个高亲水性区域，主要的线性表位98aa~106aa位于膜外，与原虫LDH相同区域差异显著，而与其他LDH有1~3个氨基酸的差异，关键催化位点之一及底物丙酮酸结合区域位于该区域，蛋白质同源模建分析表明该区域位于蛋白表面形成环状结构，3个关键催化位点位于该区域或在其附近。

The result that such causing is, to product key word, the home page that stands because of intranet nothing more than it is company brief introduction, the product is revealed, the extraction content of news center respect, fixed position of entrance of result of key word search is in home page, the user is returned from page of product of home page reentrance, if your product navigation is done,not be so good, the user can not find a product easily certainly, so the Google rank of product key word does not have how old meaning actually.

这样造成的结果是，对于产品要害字来说，因为企业网站的首页不外乎就是公司简介，产品展示，新闻中心方面的提取内容，要害字搜索结果入口定位在首页，用户还得从首页再进入产品页，假如你的产品导航做得不是那么地好，用户不一定能够很轻易地找到产品，那么产品要害字的Google排名实际上没有多大的意义。

Dixie itself is a nickname for the American South.

Dixie 本身是美国南部的别称。

I think John Terry epitomises that and a big reaction is what we will be looking for.

而我认为特里就是这样一个典型，他正是我们期望看到的那个领秀。