Leiserson and Rivest point to several reasons for the book's success.
雷瑟尔森与莱维斯特指出了这本书成功的几个原因。
Ron Rivest developed the RC4 algorithm to generate random bytes based on a 256 byte key.
RonRivest开发了基于256字节的密钥生成随机数的RC4加密算法。
But ultimately, Rivest says, much of the book's success derives from its impeccable timing.
莱维斯特说，但是这本书成功的最后一点是它来自于极好的时间掌握。
Rivest expects commercial production of solar panels to begin within a year or so. — Neil savage.
里维斯特预计这种太阳能电池板将在一年之内投入商业生产。
A much less likely possibility is that they wanted to pay special tribute to Ron Rivest, who created all three of these algorithms.
还有一个不大可能的原因是他们要特别地向Ron Rivest致敬，这个套件中所用到的三个算法都是他发明的。
Two public-key cryptography algorithms that are widely used are RSA (named after its inventors Rivest, Shamir and Adleman) and DSA (Digital Signature Algorithm).
两个广泛使用的公钥加密算法是RSA（根据其发明者Rivest、Shamir和Adleman 命名）和DSA（数字签名算法）。
Beginning in 1986, Cormen, Leiserson and Rivest spent almost four years working on the book, which was jointly published by the MIT Press and McGraw-Hill in 1990.
从1986年开始，科尔曼、雷瑟尔森、莱维斯特在这本书上花了近4年时间，这本书于1990年由麻省理工学院出版社和麦格劳—希尔(McGraw - Hill)出版社联合出版。
Rivest first taught the course in the fall of 1975, and his co-author Charles Leiserson, a professor of computer science and engineering, began teaching it soon after arriving at MIT in 1981.
莱维斯特教授于1975年秋讲授这门课程，他的合作者、麻省理工学院计算机科学与工程教授查尔斯·雷瑟尔森于1981年开始讲授这门课程。
Rivest first taught the course in the fall of 1975, and his co-author Charles Leiserson, a professor of computer science and engineering, began teaching it soon after arriving at MIT in 1981.
莱维斯特教授于1975年秋讲授这门课程，他的合作者、麻省理工学院计算机科学与工程教授查尔斯·雷瑟尔森于1981年开始讲授这门课程。
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