用大整数运算库实现两种基于环面自同构的算法，并将他们与传统的RSA算法作比较。
Have realized two kinds of algorithms with the large integer operational library in VC, and compare them with traditional RSA algorithm.
我们提出了信号多重备份的方法，解决大整数运算结构中关键信号广播带来的负载问题。
We propose a Signal Multi-Backup strategy to resolve the problem of large loads that are caused by the signal broadcasting of large-bit operation structures.
这些公钥密码算法的关键操作为大整数模幂乘操作与椭圆曲线标量乘法操作，均属于计算密集型运算。
In these public key cryptographic algorithms, the kernel operations are modular exponentiation of multi-precision integer and elliptic curve scalar multiplication, which both are computing intensive.
RSA算法是目前被认为可以实现安全通信的理想的公钥密码体制之一，其主要操作实际上是一系列基本的大整数模乘运算。
RSA algorithm is considered as one of the relatively safe crypto-system, and the multiplication of large integer is the key operation in fact.
并对现有比较成熟的算法进行了优化改进，主要通过开辟缓冲区，以空间换取时间的策略，完成了大整数的高速运算。
Fast implementation of operation on big integers is realized mainly through cut buffer, namely the strategy of getting time by space.
并对现有比较成熟的算法进行了优化改进，主要通过开辟缓冲区，以空间换取时间的策略，完成了大整数的高速运算。
Fast implementation of operation on big integers is realized mainly through cut buffer, namely the strategy of getting time by space.
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