1.
Biological Sequence Alignment Based on Fast Walsh Transform;
基于快速沃尔什变换的生物序列相似性比对
2.
The Algorithms of Sequence Alignment in Bioinformatics;
生物信息学中的序列相似性比对算法
3.
The Application of Curvature in the Similarity Analysis for Biological Sequences;
曲率在生物序列相似性分析中的应用
4.
Analyzing Similarity of Biological Sequence Based on Area Invariant;
基于面积不变量的生物序列相似性分析
5.
BIOINDEX:AN EFFICIENT INDEX FOR SIMILARITY QUERIES OF BIOLOGICAL SEQUENCES
BioIndex:一种生物序列相似性查询的高效索引
6.
Sequence alignment can also be used to study things like the evolution of languages and the similarity between texts.
序列比对还可用于语言进化或文本间相似性之类的研究。
7.
Building a Local SNP Databae and Improving Arithmetic for Aligning Sequence Pair;
本地SNP数据库的构建和两序列相似性比对算法的改进
8.
Average similarity:A golden benchmark for quantifying multiple sequencealignment of proteins based on their structures
基于蛋白质结构的多重序列比对的黄金标准评估法:平均相似性法
9.
Graphical Representations and Invariant Methods of the Similarity Analysis for Biological Sequences;
生物序列相似性分析的图形表示及其不变量方法
10.
Multiple Sequence Alignment Algorithm Research and Implementation
生物同源序列比对算法研究及其实现
11.
BioSA:System based on grid of genome sequence alignment and analysis
基于网格的生物序列比对与分析系统
12.
Research on Sequential Pattern Mining and Time Series Similarity Search;
序列模式挖掘及时间序列相似性搜索研究
13.
Subsequences similarity research for time series based on shape
基于形态的时间序列子序列相似性研究
14.
The sequence similarities between the alleles were esti- mated to be 90.6%?99.5%.
等位基因序列间的相似性估测为 90.6%-99.5%;
15.
Research on Mining and Similarity Searching in Time Series Database;
时间序列挖掘与相似性查找技术研究
16.
Analyzing Similarity of Protein Sequences with Discrete Wavelet Transform;
离散小波变换分析蛋白质序列相似性
17.
Research on the Similarity-Based Clustering of Time Series;
面向相似性的时间序列聚类方法研究
18.
Research on the Similarity-Based Time Series Data Mining;
面向相似性的时间序列数据挖掘研究