Active tool support for requirements engineering through RETH

Kaindl, Hermann

doi:10.1109/icre.2004.1335701

Cited by 5 publications

(4 citation statements)

References 8 publications

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“…Uma ferramenta, denominada Requirement Engineering Through Hypertext (RETH), foi desenvolvida por Kaindl (2004) para automatizar a aplicação do método proposto. Ela identifica automaticamente, a partir dos termos presentes no dicionário de dados, potenciais associações no texto.…”

Section: Rastreabilidadeunclassified

"Uma ferramenta Web colaborativa para apoiar a engenharia de requisitos em software livre"

Silva¹

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Uma longa estrada percorrida. Mérito do autor, mas não só. Agradecimentos devem ser prestados. Omissões não existem, apenas esquecimentos. Dos nomes, não dos fatos. Perdoem esta pessoa cujo dom para guardar nomesé tão falho, mas lembrem-se de que o que importa são as pessoas, não o conjunto restrito e limitado de letras que tentam resumir tanto em tão pouco.À Elisa, pela primeira orientação em trabalho científico. Ao Flávio, vulgo X, pelo apoio, até mesmo quando em tratamento médico, e pelas saudáveis polêmicas. A ambos pelo incentivo a seguir o caminho da pesquisa e pelas recomendações para o Mestrado. Agradecimentos também aos outros professores que apoiaram essa escolha: Dino (Edmundo), Maurício, Morandini (Marcelo).

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Section: Rastreabilidadeunclassified

"Uma ferramenta Web colaborativa para apoiar a engenharia de requisitos em software livre"

Silva¹

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“…Generation focused approaches attempt to create class diagrams from textual descriptions of system requirements or through question-and-answer mechanisms. Techniques such as natural language processing and expert systems are employed in this approach to translate requirements into conceptual models (Kaindl, 2004, Overmyer, Lavoie, & Rambow, 2001, Purao, 1998. For example, Wohed (2000) discusses a computer prototype that uses a natural language processing technique to develop a conceptual object model based on user responses to a sequence of six questions.…”

Section: Formative Assessmentmentioning

confidence: 99%

“…In a web-based prototype called APSARA, object-oriented designs are created from requirement descriptions written in natural language using heuristics and a patterns database (Purao, 1998). RETH, another example of such a tool, uses natural language processing to generate associations and relations between objects based on natural language definitions of classes (Kaindl, 2004). Natural language processing is also employed to extract words from a textual document to generate a corresponding object model (Overmyer et al 2001).…”

Section: Formative Assessmentmentioning

confidence: 99%

FORMATIVE AND SUMMATIVE ASSESSMENT OF CLASS DIAGRAMS - Development and Evaluation of a Prototype

Bolloju¹,

Lee²,

Banerjee

2011

Proceedings of the 3rd International Conference on Computer Supported Education

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The computer-based assessment of student outputs in the field of software engineering is an area of interest amongst instructors and researchers. However, as previous efforts in this area have been mostly directed toward summative assessment, the formative feedback required for student learning has not received sufficient attention. This paper presents an approach for the formative and summative assessment of class diagrams used in systems development and reports the development, implementation and evaluation of a prototype assessment tool. The results from this empirical study demonstrate that the tool successfully provides formative feedback during the preparation of class diagrams, which helps to enhance student learning, and summative feedback that can be used as a proxy for manual summative assessment.

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“…SBD is widely used to analyze software requirements, specify system's functionality and guide the design of interfaces. Requirements Engineering Through Hypertext (RETH) [9] is a tool for requirements engineering through scenario. It presents a model that combines scenarios both with functions and goals.…”

Section: Related Workmentioning

confidence: 99%

An Ontology Based Approach to Construct Behaviors in Web Information Systems

Tang¹,

Li²,

Pan³

et al. 2005

Advances in Web-Age Information Management

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Abstract. System behaviors specify the major functions of domain specific Web Information Systems (WIS). Traditional techniques can not satisfy various requirements or manage innumerous data while developing WIS behaviors. People appeal to a smart tool for implementing the WIS behaviors. This article makes the following contributions: (1) Proposes the concept of domain ontology and behavior ontology to describe the contents and operations of WIS; (2) Extends traditional ECA model to characterize the triggers, parameters, actions as well as validations of WIS behaviors; (3) Analyses the relationships between domain ontology and behavior ontology with rule sets; (4) Implements a tool named WISE Builder with four algorithms to help users building behavior ontology with domain ontology; (5)Shows the feasibility of this technique in a real application case.

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Active tool support for requirements engineering through RETH

Cited by 5 publications

References 8 publications

"Uma ferramenta Web colaborativa para apoiar a engenharia de requisitos em software livre"

"Uma ferramenta Web colaborativa para apoiar a engenharia de requisitos em software livre"

FORMATIVE AND SUMMATIVE ASSESSMENT OF CLASS DIAGRAMS - Development and Evaluation of a Prototype

An Ontology Based Approach to Construct Behaviors in Web Information Systems

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