Novel Approach to Automatically Generate Feasible Assembly Sequence

Novel Approach to Generate Test Cases from UML Sequence Diagrams

This paper presents a novel approach of generating test cases from UML design diagrams. Our approach consists of transforming a UML sequence diagram into a graph called the sequence diagram graph (SDG) and augmenting the SDG nodes with different information necessary to compose test vectors. These information are mined from use case templates, class diagrams and data dictionary. The SDG is then...

A probabilistic approach to sequence assembly validation

ABSTRACT Sequence assembly is an essential requirement for determining the complete sequence of long DNA. However, sequence assembly programs often generate misassembled contigs by either joining di erent repeat copies, resulting in joining non contiguous DNA regions (inverted or swapped) or by including many fragments from di erent repeat copies resulting in errors in the consensus sequence (n...

A Monte Carlo Approach to Sequence Assembly

Motivation: Assembling shotgun sequencing data from repetitive DNA sequences is a non-trivial task. In existing sequence assembly methods repeats are resolved by either using statistical analyses to identify and separate fragments corresponding to repeats, or by using extra information, not contained in the fragments. In this paper we take a different approach. Using the simulated-tempering Mon...

A Computational Approach to Sequence Assembly Validation

A collaborative approach to assembly sequence planning

Distributed product development requires collaborative work among team members. For the sake of supporting assembly planning activities involving geographically dispersed designers, this paper presents an approach of collaborative assembly sequence planning to validate the assemblability of parts and subassemblies rapidly. In order to increase the planning efficiency and support the collaborati...