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- The process and result proved the validity of the schema theorem. 求解过程和结果能够验证模式理论的正确性。
- The schema theorem of the cGA(compact genetic algorithm) and the analysis of cGA's convergence and the parameters are given. A kind of fast compact genetic algorithm (fcGA) is proposed. 给出了压缩遗传算法的模式定理以及收敛性和运算参数的分析;并提出一种快速压缩遗传算法(fcGA).
- Gray coding based accelerating genetic algorithm (GAGA) is presented, and a detailed step is developed for GAGA.The corresponding schema theorem and convergence theorem are derived. 提出了格雷码加速遗传算法(GAGA)，研制了GAGA实施的详细步骤，并推导出了相应的模式定理和收敛定理。
- SCHEMA THEOREM OF THE DECIMAL-CODED GENETIC ALGORITHM 十进制编码遗传算法的模式定理研究
- Upper limits of crossover and mutation rate of genetic algorithm based on schema theorem 基于模式定理的遗传算法交叉和变异概率上限
- Keywords GP schema theorem;automatic defined function coevolution;multiobjective decision function;stability analysis;software reuse based on GP component;automatic programming; GP模式定理;自定义函数共同进化;多目标决策函数;稳定性分析;基于GP组件的软件复用;自动程序设计;
- schema theorem 模式定理
- Let us restate the assertions above as a theorem. 我们把上述的断言重新表述为一个定理。
- First, independent schema definition is important. 首先独立的格式定义是重要的。
- The schema object could not be found. 找不到架构的对象。
- Second, the message schema should be extensible. 其次，消息格式应该可以扩展。
- The attribute schema has bad syntax. 属性架构语法不对。
- An attempt is made to modify the base schema. 试图修改基础架构。
- The second proof of Theorem 26 is due to James. 定理26的第二个证明属于詹姆斯。
- Theorem g is called binomial theorem. 定理g称为二项式定理。
- This completes the proof of the convexity theorem. 这就完成了凸定理的证明。
- Schema: missing annotation '%1' on node '%2'. 架构: 节点 '%252' 上缺少批注 '%251'。
- Schema: unknown annotation '%1' on '%2' node. 架构: '%252' 节点上包含未知的批注 '%251'。
- This calculation illustrates the theorem. 这个计算说明了这样一个定理。
- The name of the schema to be dropped. 要删除的模式的名称。
