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首页> 外文期刊>Journal of computational and theoretical nanoscience >Comparison and Performance Evaluation of Prime Number Generation Using Sieves Algorithm
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Comparison and Performance Evaluation of Prime Number Generation Using Sieves Algorithm

机译:筛头算法的素数生成的比较与性能评价

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摘要

People are used prime numbers in secret codes to secure the message and data. Prime numbers are essential in computer security problem to perform certain operations over the Internet. It can be used for encryption. The larger the prime number used, the intricate it is to decipher the code. So finding the "massive" prime number is a current problem. One of the most widely used applications of prime number in computing is the RSA encryption system. A prime sieve is a fast type of algorithm for finding prime numbers. Sieve of Eratosthenes, Sieve of Sundaram and Sieve of Atkins are the algorithms that can be used to generate prime numbers. This research paper is to study and testing to find out, which algorithm is better used for large prime numbers in terms of time complexity. The prime sieve algorithm is coded in java language and the results are summarized.
机译:人们在密码中使用素数以保护消息和数据。 PRIME NUMBERS在计算机安全问题中是必不可少的,以通过Internet执行某些操作。 它可用于加密。 使用的素数越大,错综复杂是解密代码。 所以找到“大规模”素数是当前问题。 计算中最广泛应用的应用中最广泛应用的应用是RSA加密系统。 Prime Sieve是用于查找素数的快速算法。 狂野的筛子,Sundaram的筛子和Atkins的筛子是可用于产生素数的算法。 本研究论文是研究和测试,以了解,在时间复杂性方面,哪种算法更好地用于大型素数。 Prime Sieve算法以Java语言编码,结果总结了结果。

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