1) additive×additive epistasis
加性×加性上位性
1.
Genetic studies were conducted on the number of spikelet per panicle (NSPP) and the culm traits in three line indica hybrid rice, by using genetic models for additive dominant additive×additive epistasis including genotype×enviroment (GE) interaction.
采用包括基因型×环境互作效应的加性 -显性 -加性×加性上位性遗传模型和统计方法 ,研究籼型三系杂交水稻穗颖花数和茎秆特性的遗传特点 。
2.
The models of genetic effects and genotype×environment interaction for Additive Dominant Additive×Additive epistasis were used to analyze the panicle traits of intersubspecific crosses of rice (Oryza sativa.
采用包括基因型与环境互作效应的加性显性加性×加性上位性遗传模型,分析了不同环境下籼粳杂交稻穗部性状的遗传特点。
2) epistasis effects
加×加上位性效应
3) Additive-dominance-epistasis model
加性-显性-上位性模型
4) Additive -dominance-additive×additive genetic model
加性-显性-加加上位性遗传模型
5) processing behaviour
加上性能
6) shift-and-add property
移位可加性
1.
One Configuration approach of multiple scan chain is presented based on the shift-and-add property of m sequence generated by Linear Feedback Shift Register (LFSR) with maxium sequence length, it enables LFSR with shorter size to drive multiple scan chains.
该方法基于最大周期的线性反馈移位寄存器LFSR生成的m序列的移位可加性,可使较短长度的LFSR驱动多个扫描链;为了减小LFSR生成序列的互相关性,利用LFSR与其对偶LFSR间的关系,提出了基于逻辑仿真的移相器的快速设计方法,实验结果验证了该方法的有效性,对VLSI的内测试和外测试皆适用。
补充资料：加备
【加备】
（术语）加佛力以备众生之用也。与加被同。玄义分曰：“请愿遥加备，念念见诸佛。”法事赞曰：“遥加普备。”俱舍光记一曰：“恐有魔事，造论不终。赞德归敬，请加备故。”
（术语）加佛力以备众生之用也。与加被同。玄义分曰：“请愿遥加备，念念见诸佛。”法事赞曰：“遥加普备。”俱舍光记一曰：“恐有魔事，造论不终。赞德归敬，请加备故。”
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参考词条