免疫遗传的

In order to increase the diversity of population, MFCMGA uses idiotypic immune network theory to improve the selection operator of SGA. Meanwhile in order to decrease the randomicity of SGA, the crossover probability, crossover position and mutation probability are adjusted dynamically by using fuzzy inference, which is based on analyzing the heuristic fuzzy relationship between algorithm performance and evolutionary parameters from the viewpoints of environment, population, individual and gene.

该算法利用免疫系统独特性网络学说，改进标准遗传算法选择运算子，提高了种群多样性；同时从环境、种群、个体和基因角度，全面分析算法寻优性能和各种进化参数的启发式模糊关系，采用模糊推理动态调整交叉率、交叉位置和变异率，减小了标准遗传操作的随机性。

In the bid to increase the diversity of population, MFCMGA uses idiotypic immune network theory to improve the selection operator of SGA. Simultaneously, in order to decrease the randomicity of SGA, the crossover probability, crossover position and mutation probability are adjusted dynamically by using fuzzy inference, which is based on analyzing the heuristic fuzzy relationship between algorithm performance and evolutionary parameters from the viewpoints of environment, population, individual and gene.

该算法利用免疫系统独特性网络学说，改进标准遗传算法选择算子，提高了种群多样性；同时从环境、种群、个体和基因角度，全面分析算法寻优性能和各种进化参数的启发式模糊关系，采用模糊推理动态调整交叉率、交叉位置和变异率，减小了标准遗传操作的随机性。

This study intends to investigate the correlation between HBV-GN and HLA-DR allele by testing the frequency of HLA-DR gene in HBV-GN patients, to probe into the effect of immunogenetic factor on the pathogenic mechanism of HBV-GN at the genic level and further explore susceptibility gene and/or resistance gene associated with HBV-GN disease, so as to provide certain experimental basis for diagnosis and treatment of HBV-GN.

本研究拟通过检测HBV-GN患者的HLA-DR的基因频率，对HBV-GN与HLA-DR等位基因相关性进行研究，从基因水平探讨免疫遗传因素在HBV-GN发病机制中的作用，并进一步探索HBV-GN疾病相关的易感基因和/或抗性基因，从而为HBV-GN的诊断和治疗提供一定的实验依据。

AIM: To find the susceptible or resistant genes of H pylori infectionin Bai-ethnic children of Kunming,and to explore the immunogenetic mechanism of H pylori infection.

目的：探讨昆明白族儿童幽门螺杆菌(Helicobacter pylori，H pylori)感染与人类白细胞抗原-DQA1(HLA-DQA1)等位基因的相关性，寻找是否存在与H pylori感染相关的易感基因或抵抗基因，从免疫学的角度探讨H pylori感染的免疫遗传机制。

At the same time, to overcome the limitations inherit in traditional optimal algorithms, an immune genetic algorithm is developed, and in addition, it is applied to the optimal thermal design of louvered panels.

摘 要 考虑优化过程中辐射能量交换的特殊性，为了加速优化过程的进行，通过引入漫反射系统单元表面间辐射传递系数与角系数之间的关系来处理百叶窗的辐射能量交换；同时为了克服传统优化算法存在的缺陷，提出了一种免疫遗传算法，并且应用于百叶窗最优化热设计中。

Immune operator is imported into the framework of MAGA, and aim at multicast routing problem, Multi-Agent multicast routing based on Immune Algorithm is proposed.

将免疫算子引入多智能体遗传算法，针对时延受限的组播路由问题，提出了一种免疫Multi-Agent组播路由算法。

The convergence of the SOIO has been proved and the optimization quality of the MOIO has been tested by comparing with some multiobjective genetic algorithms.

证明了免疫单目标优化方法的收敛性，将免疫多目标优化方法与几种多目标遗传算法进行了比较，免疫多目标优化方法显示了一定的优越性。

Detail Contents: Genetic disorders -- Immune deficiencies -- Breast cancer -- Colon cancer -- Melanoma -- Cystic fibrosis -- Hemophilia -- Liver disease -- Cardiovascular disease -- Muscular dystrophy -- Alzheimer's disease -- Parkinson's disease -- Huntington's disease -- Viruses: the cornerstone of gene therapy -- Viruses are living crystals -- Viral genomes may be RNA or DNA -- Viruses evolved from plasmids -- Viruses know how to infect cells -- The virus as a gene vehicle -- Viruses used in gene therapy -- Ashi DeSilva: a promising start -- Clinical trials defined -- Cells of the immune system -- Adenosine deaminase -- Preliminary research -- Clinical procedure for ADA gene therapy -- The DeSilva clinical trial -- Jesse Gelsinger: down to earth -- Ornithine transcarbamylase -- Preliminary research -- Clinical procedure for OTC gene therapy -- The Gelsinger clinical trial -- The investigation -- Concluding remarks -- Future prospects -- Safer vehicles -- Reducing immune rejection of the vector -- Improved risk assessment -- Redesigning human anatomy and physiology -- Ethics of gene therapy -- The Belmont report -- Clinical trials -- Physiological enhancement -- Cosmetic applications -- Legal issues -- Regulatory agencies -- The Gelsinger legal trial -- International regulation -- Resource center -- Eucaryote cell primer -- Recombinant DNA primer -- The human genome project -- X-linked severe combined immunodeficiency (SCID-X1)-- Alzheimer's disease -- Huntington's disease.

细节内容︰遗传疾病-免疫的缺乏-乳腺癌-结肠癌-黑瘤-囊性纤维变性-血友症-肝疾病-心血管疾病-肌营养不良-早老性痴呆病-帕金森疾病-亨廷顿疾病-病毒︰基础的基因治疗-病毒在活著水晶--病毒的基因可能是RNA或者DNA --病毒从plasmids被逐步形成--病毒知道怎样感染细胞--作为一辆基因车辆的病毒--基因治疗使用的病毒-Ashi DeSilva︰有希望开始-临床试验确定--细胞的这免疫系统-Adenosine deaminase-初步研究-临床程式给埃达基因治疗--这DeSilva临床试验-婕西Gelsinger︰到地球-Ornithine transcarbamylase-初步研究-临床程式给OTC基因治疗-- Gelsinger临床试验-调查-达成评论-前景-更安全的车辆--矢量的降低免疫的拒绝-改进风险估计-重新设计人解剖学和生理学--伦理学的基因治疗-那些贝拉蒙特报告-临床试验-生理提升-美容应用-法律问题-协调机构-- Gelsinger 合法审讯-国际管理-资源中心人物-Eucaryote信元第一-Recombinant DNA 入门--人类基因工程-- X 连结的严重的结合的免疫缺陷(SCID-X1)-早老性痴呆病--亨廷顿的疾病。

After biology immunity mechanism is thoroughly analyzed, diploid immune algorithm is put forward based on the integration of biology immunity principle and biology genetic theory.

由于模拟生物免疫系统功能的免疫算法具有解决复杂工程问题的潜力，同时也存在容易陷入局部最优平衡态和进化后期搜索停滞不前的缺陷，在深入分析生物免疫系统机理之后，将生物免疫原理和生物遗传理论集成到免疫算法中，提出了双倍体免疫算法。

The immune regulation, clone selection, immune memory were brought into standard genetic algorithm to design genetic immune algorithm for solving mixed transportation network design in view of the limitations of standard genetic algorithm and based on immunity theory.

鉴于标准遗传算法的局限性，基于人工免疫思想，将免疫系统仿生机理中的免疫调节、克隆选择、免疫记忆引入到遗传算法中，给出了求解混合交通网络设计的遗传免疫算法。

On the other hand, the more important thing is because the urban housing is a kind of heterogeneity products.

另一方面，更重要的是由于城市住房是一种异质性产品。

Climate histogram is the fall that collects place measure calm value, cent serves as cross axle for a few equal interval, the area that the frequency that the value appears according to place is accumulated and becomes will be determined inside each interval, discharge the graph that rise with post, also be called histogram.

气候直方图是将所收集的降水量测定值，分为几个相等的区间作为横轴，并将各区间内所测定值依所出现的次数累积而成的面积，用柱子排起来的图形，也叫做柱状图。