We report on the experience made with three Natural Language Processing analysis tools, aimed to compare their performance in detecting ambiguity and under-specification in requirements documents, and to compare them with respect to other qualities like learnability, usability, and efficiency. Two industrial tools, Requirements Scout and QVscribe, and an academic one, QuARS, are compared
Requirements Engineering (RE) quality control is a crucial step for a project’s success. Natural Lan...
Selected studies for classifying NLP and ML techniques to formalise requirement are presented in thi...
The importance of requirements, which in practice often means natural language requirements, for a s...
We report on the experience made with three Natural Language Processing analysis tools, aimed to com...
Using automatic tools for the quality analysis of Natural Language (NL) requirements is recognized a...
Requirements analysis is an important phase in a software project. It is often performed in an infor...
One of the main reasons why software projects fail is because of the poor quality of requirements, o...
Requirements analysis is an important phase in a soft-ware project. Automatic evaluation of Natural ...
In the requirement engineering of software product lines, several researches have focused on exploit...
Numerous tools and techniques are available for managing requirements. Many are designed to define r...
We describe our ongoing research that centres on the application of natural language processing (NLP...
Natural language (NL) requirements documents are often ambiguous, and this is considered as a source...
Though very important in software engineering, linking artifacts of the same type (clone detection) ...
The engineering of software product lines begins with the identification of the possible variation p...
The future evolution of the application of natural language processing technologies in requirements ...
Requirements Engineering (RE) quality control is a crucial step for a project’s success. Natural Lan...
Selected studies for classifying NLP and ML techniques to formalise requirement are presented in thi...
The importance of requirements, which in practice often means natural language requirements, for a s...
We report on the experience made with three Natural Language Processing analysis tools, aimed to com...
Using automatic tools for the quality analysis of Natural Language (NL) requirements is recognized a...
Requirements analysis is an important phase in a software project. It is often performed in an infor...
One of the main reasons why software projects fail is because of the poor quality of requirements, o...
Requirements analysis is an important phase in a soft-ware project. Automatic evaluation of Natural ...
In the requirement engineering of software product lines, several researches have focused on exploit...
Numerous tools and techniques are available for managing requirements. Many are designed to define r...
We describe our ongoing research that centres on the application of natural language processing (NLP...
Natural language (NL) requirements documents are often ambiguous, and this is considered as a source...
Though very important in software engineering, linking artifacts of the same type (clone detection) ...
The engineering of software product lines begins with the identification of the possible variation p...
The future evolution of the application of natural language processing technologies in requirements ...
Requirements Engineering (RE) quality control is a crucial step for a project’s success. Natural Lan...
Selected studies for classifying NLP and ML techniques to formalise requirement are presented in thi...
The importance of requirements, which in practice often means natural language requirements, for a s...