1)sequence pair序列对
1.The placement representation is employed by sequence pair which is an effective way to represent the non-slicing structure.针对不可二划分结构的布局问题 ,在序列对的基础上 ,结合结群技术 ,利用禁忌搜索算法 ,以芯片面积和连线总长作为优化目标求解BBL布局问题 用两个规模较大的MCNC标准例子进行了测试 ,并与其他文献中的结果进行了比较 实验结果表明 ,文中算法是十分有效
2.Based on optimal assignment and balance design for test wrappers,four types of incremental sequence pair generation methods are constructed as a cyclic iteration process.在对测试环采取最优分配和平衡优化的基础上,构造了包含4种序列对递增生成方法的循环迭代过程。
3.In block level, the random cells are firstly partitioned into soft blocks, then SP (sequence pair) based method is used to do block placement.在模块级上 ,首先将所有随机单元划分成若干软模块 ,然后采用基于序列对 (sequence pair,简称 SP)的方法完成模块布局 ;在单元级上 ,首先对每个软模块内部采用二次规划的布局算法进行布局 ,然后在全芯片范围内对布局进行改善 ,最后采用一种基于最小割 (min- cut)和枚举相结合的快速详细布局算法完成最终布局 。
英文短句/例句
1.Comparison of T_2-weighted Imaging and Contrast-enhanced T_1-weighted Imaging at 3.0T MR on Evaluating T-Staging of Nasopharyngeal Carcinoma3.0TMR T_2WI序列与增强T_1WI序列对鼻咽癌T分期的价值
2.Value of the PROSET sequence in the detection of lumbosacral nerve root anomalies:compare with the MRM sequencePROSET序列对腰骶神经根变异的显示价值:与MRM序列对照分析
3.Magic cube encryption for digital image using chaotic sequence用混沌序列对数字图像进行魔方加密
4.L1 Insertion Element Influence the GFP Expression;L1插入序列对GFP报告基因表达的影响
5.Imaging Study and Anatomic Measurement of Normal Inner Ear with MR 3D-CISS Sequence;3D-CISS序列对内耳的成像研究及MRI测量
6.relative position in a graded series.等级序列中的相对位置。
7.Sort the table list into alphabetical/physical order.按字母/物理顺序对表的列表进行排序。
8.Ordering specifies the sequence to use for ordering the members of a level.排序依据指定了对级别成员排序时所用的序列。
9.Cannot serialize object of type '{0}'. The object does not have serializable members.无法序列化类型“{0}”的对象。该对象没有可序列化的成员。
10.Specifies the relative order of Column objects in a Grid control.指定表格控件中列对象的相对顺序。
11.isometric DNA sequence同组异序DNA序列
12.Any ordered pair of bases makes a sequence.任意一对排列整齐的碱基形成一个序列。
13.flanking sequence侧翼序列,旁侧序列
14.serial anticipation method序列预测法 序列预度法
15.targeting sequencing前导序列,导向序列
16.Incompatible change: Serialized object did not have the serializable superClass %1不兼容的更改: 序列化的对象没有可序列化的超类 %1
17.The Study on Sequence Gaps in Multiple Sequence Alignment and Phylogenetic Analyses;关于多序列比对和系统发育分析中的序列空位研究
18.Dynamic Contrast-enhanced MRI at 3.0T: In the Evaluation on T-Staging of Nasopharyngeal Carcinoma and Optimization of the Protocol3.0TMRI LAVA序列动态增强扫描对鼻咽癌T分期的价值及序列优化
相关短句/例句
sequence docking序列对接
1.By tandem mass spectrometry "sequence docking" method on Q-TOF2(Waters,USA),full(amino) acid sequence of C-terminal peptide of acidic fibroblast growth factor was analyzed and the adding site of sodium ion was proline(~6Pro.采用“序列对接法”测出重组人酸性纤维细胞生长因子(rh-a FGF)C-端肽段的全序列,并确定钠离子的加成位点为该肽段的第6位脯氨酸(6Pro)。
3)sequence alignment序列比对
1.Ant colony algorithm based on intelligent altering pheromone for pairwise sequence alignment;基于信息素智能更新的蚁群双序列比对算法
2.Optimized biology sequence alignment algorithm;一种优化的生物序列比对算法
3.Overview of biology sequence alignment;生物序列比对算法的简述
4)BLAST[英][blɑ:st][美][bl?st]序列比对
1.The author analyzes the nucleotide distribution of essential genes and nonessential genes in Bacillus subtilis using the Z curve method and predicts the essential genes using the method of BLAST.本文构建了必需基因数据库(DEG)以及探索必需基因数据库的可能应用,应用Z曲线方法分析了枯草杆菌(Bac illus subtilis)中必需基因和非必需基因的核苷酸分布,并且通过蛋白质序列比对的方法对大肠杆菌(E。
2.This paper describes a little improvement in recognizing protein-coding genes in bacterial genomes using the Z curve method and also tries to use the BLAST to identify the essential genes in microbes.本论文的主要内容是原核生物蛋白质编码基因识别以及通过序列比对的方法确定微生物的必需基因。
5)sequence alignment序列对比
6)alignment[英][?'la?nm?nt][美][?'la?nm?nt]序列比对
1.Further Study about the Exact Formula for the Number of Alignments between Two DNA Sequences;DNA序列比对数目的算法研究
2.Asymptotic Value to the Number of Alignments of Biosequences;两个生物序列比对的个数的渐近值
延伸阅读
1-(对-叔丁苄基)-4-(对-氯代二苯甲基)哌嗪分子式:C28H33ClN2分子量:433.04CAS号:82-95-1性质:白色粉末结晶。熔点230-240℃(221-225℃)。不溶于水,溶于乙醇、氯仿,沸点217-220℃(0.133千帕)。其盐酸盐(C28H33CIN2·2HCI=505.98)也称安其敏,熔点265-266℃。制备方法:以叔丁醇为原料,在三氯化铝存在下,与苯反应生成叔丁苯,用多聚甲醛、盐酸等做氯甲基化反应,生成对-叔丁基苄氯,然后与哌嗪缩合生成对-叔丁基苄基哌嗪盐酸盐,用碱中和得对-叔丁基苄基哌嗪,与对-氯二苯溴甲烷缩合,生成氯苯丁嗪,最后与盐酸成盐。生成盐酸氯苯丁嗪[129-74-8]。用途:抗过敏性药物。可用于荨麻疹、神经性皮炎等。亦可用于妊娠呕吐、晕动症。
