克隆选择学说

NAA的发现，向经典的克隆选择学说提出了挑战，具有重要的理论意义。

The discovery of NAAs is theoretically significant in providing a challenge to the traditionally accepted " clonal selection theory " .

克隆选择学说的建立奠定了现代免疫学的理论框架。

Furthermore , clonal selection theory was established as the paradigm of modern immunology .

本文在量子进化算法的基础上结合基于克隆选择学说的克隆算子，提出了改进的进化算法&量子克隆进化策略算法（QCES）。

Based on the combining of the quantum evolutionary algorithms ( QEA ) with the main mechanisms of clone , an improved evolutionary algorithm-quantum clonal evolutionary strategies ( QCES ) was proposed in this paper .

本文研究了一种将量子理论运用到进化计算当中并结合人工免疫系统中的克隆选择学说的量子克隆进化算法，提出了它的理论框架，证明了其收敛性，并讨论了它的应用。

In this paper , a frame of quantum clonal evolutionary algorithm is presented by the combining of quantum theory with the clonal selection theory in artificial immune system ( AIS ) . Its algorithms are given in detail and their convergences are proved .

该算法基于生物免疫系统的细胞克隆选择学说和生物进化过程中的变异思想构造了自适应变异算子，使系统能够根据环境条件自适应地确定各抗体的变异强度；

In order to make the system decide the mutation intensity of each antibody according to their environment , a self-adaptive mutation operator is constructed based on the cellular clonal selection theory of biological immune system and the mutation ideas of biological evolution process ;