Titlebook: Combinatorial Pattern Matching; 14th Annual Symposiu Ricardo Baeza-Yates,Edgar Chávez,Maxime Crochemore Conference proceedings 2003 Springe

osculate

Juhua Wu,Zhenyi Zhao,Shunjun Jiang,Lei Tao prove an upper and lower bound on the number of such different possible rotated patterns. Subsequently, given an . × . array (pattern) and an . × . array (text) over some finite alphabet ., we present a new method yielding an .(. . . .) time algorithm for this problem.

Talkative

Lei Chen,Xiao-Qian Ma,Wei Shangpeat units called variants. The evolution of minisatellites is realized by tandem duplication and tandem deletion of variants. Jeffrey et al. proposed a method to obtain the sequence of variants, called maps. Bérard and Rivals designed the first algorithm of comparison of two minisatellite maps unde

天空

Haowei Huang,Tao Jin,Jianmin Wangence alignment, we have developed such a model for representing the conservation between related DNA coding sequences. Our model includes positional dependencies and periodic rates of conservation, as well as regional deviations in overall conservation rate. We show that, for hidden Markov models in

PHAG

Nausea

大量

Lecture Notes in Computer Science was first introduced by ., and has recently received a lot of attention. In this paper, we deal with the restricted problem of reconstructing single copy duplication trees. We describe an exact and polynomial distance based algorithm for solving this problem, the parsimony version of which has prev

很是迷惑

Energy Harvesting on Human Bodies,ng matching algorithm of Chang and Marr. Our algorithm inherits the optimality and is also competitive in practice. We present a second algorithm that is linear time and handles higher difference ratios. We show experimentally that our algorithms are the fastest for intermediate difference ratios, a

蛙鳴聲

柔軟

https://doi.org/10.1007/978-3-642-39844-5g, problem in all such efforts is the inference of large-scale SNP-haplotypes from raw genotype SNP data. This is called the Haplotype Inference (HI) problem. Abstractly, input to the HI problem is a set of . strings over a ternary alphabet. A solution is a set of at most 2. strings over the binary

踉蹌

Xiao Liu,Jing Liu,Hsinchun Chenapproximation algorithms for sorting linear permutations are known (. and .). In this paper, we observe that the problem of sorting circular permutations by transpositions is equivalent to the problem of sorting linear permutations by transpositions. Hence, all algorithms for sorting linear permutat