RE 2013 – Author Index |
Contents -
Abstracts -
Authors
|
B C D F G H J K M N P Q R S T Y
Baresi, Luciano |
RE '13-POSTERS: "IRET: Requirements for Service ..."
IRET: Requirements for Service Platforms
Luciano Baresi, Gianluca Ripa, and Liliana Pasquale (Politecnico di Milano, Italy; Cefriel, Italy; Lero, Ireland; University of Limerick, Ireland) This paper describes IRENE (Indenica Requirements ElicitatioN mEthod), a methodology to elicit and model the requirements of service platforms, and IRET (IREne Tool), the Eclipse-based modeling framework we developed for IRENE. @InProceedings{RE13p336, author = {Luciano Baresi and Gianluca Ripa and Liliana Pasquale}, title = {IRET: Requirements for Service Platforms}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {336--337}, doi = {}, year = {2013}, } Video |
|
Behrendt, Malte |
RE '13-POSTERS: "Requirements Bazaar: Social ..."
Requirements Bazaar: Social Requirements Engineering for Community-Driven Innovation
Dominik Renzel, Malte Behrendt, Ralf Klamma, and Matthias Jarke (RWTH Aachen University, Germany) The innovation potential of niche communities often remains inaccessible to service providers due to a lack of awareness and effective negotiation between these two groups. Requirements Bazaar, a browser-based social software for Social Requirements Engineering (SRE), aims at bringing together communities and service providers into such a negotiation process. Communities should be supported to express and trace their requirements and eventually receive a realization. Service providers should be supported in discovering relevant innovative requirements to maximize impact with a realization. In this paper we present Requirements Bazaar with focus on four aspects: requirements specification, a workflow for co-creation, workspace integration and personalizable requirements prioritization. @InProceedings{RE13p326, author = {Dominik Renzel and Malte Behrendt and Ralf Klamma and Matthias Jarke}, title = {Requirements Bazaar: Social Requirements Engineering for Community-Driven Innovation}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {326--327}, doi = {}, year = {2013}, } Video |
|
Berenbach, Brian |
RE '13-POSTERS: "A Tool Implementation of the ..."
A Tool Implementation of the Unified Requirements Modeling Language as Enterprise Architect Add-In
Florian Schneider, Bernd Bruegge, and Brian Berenbach (TU Munich, Germany; Siemens, USA) Early modeling languages have focused on the analysis and the design of systems under construction, but not on requirements elicitation. Consequently, a wide variety of approaches exists for the early phases of requirements engineer- ing, modeling various concepts as stakeholders, goals, features, product lines, systems, processes, risks, and requirements. The purpose of Unified Requirements Modeling Language (URMLTM) is to combine these concepts in a single modeling language. In addition, it strengthens support for danger modeling. URML is implemented as an add-in to the Enterprise Architect CASE tool. This tool demo will showcase the URML implementation. @InProceedings{RE13p334, author = {Florian Schneider and Bernd Bruegge and Brian Berenbach}, title = {A Tool Implementation of the Unified Requirements Modeling Language as Enterprise Architect Add-In}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {334--335}, doi = {}, year = {2013}, } Video |
|
Bruegge, Bernd |
RE '13-POSTERS: "A Tool Implementation of the ..."
A Tool Implementation of the Unified Requirements Modeling Language as Enterprise Architect Add-In
Florian Schneider, Bernd Bruegge, and Brian Berenbach (TU Munich, Germany; Siemens, USA) Early modeling languages have focused on the analysis and the design of systems under construction, but not on requirements elicitation. Consequently, a wide variety of approaches exists for the early phases of requirements engineer- ing, modeling various concepts as stakeholders, goals, features, product lines, systems, processes, risks, and requirements. The purpose of Unified Requirements Modeling Language (URMLTM) is to combine these concepts in a single modeling language. In addition, it strengthens support for danger modeling. URML is implemented as an add-in to the Enterprise Architect CASE tool. This tool demo will showcase the URML implementation. @InProceedings{RE13p334, author = {Florian Schneider and Bernd Bruegge and Brian Berenbach}, title = {A Tool Implementation of the Unified Requirements Modeling Language as Enterprise Architect Add-In}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {334--335}, doi = {}, year = {2013}, } Video |
|
Cavallaro, Luca |
RE '13-POSTERS: "Requirements-Driven Adaptive ..."
Requirements-Driven Adaptive Digital Forensics
Liliana Pasquale, Yijun Yu, Mazeiar Salehie, Luca Cavallaro, Thein Than Tun, and Bashar Nuseibeh (Lero, Ireland; Open University, UK) We propose the use of forensic requirements to drive the automation of a digital forensics process. We augment traditional reactive digital forensics processes with proactive evidence collection and analysis activities, and provide immediate investigative suggestions before an investigation starts. These activities adapt depending on suspicious events, which in turn might require the collection and analysis of additional evidence. The reactive activities of a traditional digital forensics process are also adapted depending on the investigation findings. @InProceedings{RE13p340, author = {Liliana Pasquale and Yijun Yu and Mazeiar Salehie and Luca Cavallaro and Thein Than Tun and Bashar Nuseibeh}, title = {Requirements-Driven Adaptive Digital Forensics}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {340--341}, doi = {}, year = {2013}, } |
|
Cleland-Huang, Jane |
RE '13-POSTERS: "Using TraceLab to Design, ..."
Using TraceLab to Design, Execute, and Baseline Empirical Requirements Engineering Experiments
Jane Cleland-Huang, Adam Czauderna, and Jane Huffman Hayes (DePaul University, USA; University of Kentucky, USA) As Requirements Engineering research continues to grow into a mature and rigorous discipline, an increasing focus is placed on the need for sound evaluation techniques that compare the benefits of a new solution against existing ones. In this tool demonstration we introduce TraceLab, an instrumented environment for modeling, executing, and comparatively evaluating experimental results. While initially developed for the Software Traceability domain, TraceLab provides a framework which can be populated with experiments, datasets,and reusable components for almost any empirical software engineering domain. In this demo we present examples from the Requirements Engineering domain. @InProceedings{RE13p338, author = {Jane Cleland-Huang and Adam Czauderna and Jane Huffman Hayes}, title = {Using TraceLab to Design, Execute, and Baseline Empirical Requirements Engineering Experiments}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {338--339}, doi = {}, year = {2013}, } Video |
|
Czauderna, Adam |
RE '13-POSTERS: "Using TraceLab to Design, ..."
Using TraceLab to Design, Execute, and Baseline Empirical Requirements Engineering Experiments
Jane Cleland-Huang, Adam Czauderna, and Jane Huffman Hayes (DePaul University, USA; University of Kentucky, USA) As Requirements Engineering research continues to grow into a mature and rigorous discipline, an increasing focus is placed on the need for sound evaluation techniques that compare the benefits of a new solution against existing ones. In this tool demonstration we introduce TraceLab, an instrumented environment for modeling, executing, and comparatively evaluating experimental results. While initially developed for the Software Traceability domain, TraceLab provides a framework which can be populated with experiments, datasets,and reusable components for almost any empirical software engineering domain. In this demo we present examples from the Requirements Engineering domain. @InProceedings{RE13p338, author = {Jane Cleland-Huang and Adam Czauderna and Jane Huffman Hayes}, title = {Using TraceLab to Design, Execute, and Baseline Empirical Requirements Engineering Experiments}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {338--339}, doi = {}, year = {2013}, } Video |
|
Demmou, Hamid |
RE '13-POSTERS: "A Safety Requirement Engineering ..."
A Safety Requirement Engineering Method and Tool
Romaric Guillerm, Hamid Demmou, and Nabil Sadou (LAAS-CNRS, France; University of Toulouse, France; SUPELEC, France) Requirement engineering is one of the most critical system engineering processes, particularly when it deals with the safety requirements which are non-functional requirements and are related to emergent system properties. In fact, safety requirements must be formulated at system level and then be derived at sub-system level. The main objective of this paper is to present a new tool, "SafetyLab", which implements a method for safety treatment of complex systems. The method allows the definition of the system safety requirements following a risk and hazard analysis, and then their derivation according to a top-down approach. It is based on the famous Failure Mode, Effects, and Criticality Analysis (FMECA) and the use of Fault Trees. @InProceedings{RE13p328, author = {Romaric Guillerm and Hamid Demmou and Nabil Sadou}, title = {A Safety Requirement Engineering Method and Tool}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {328--329}, doi = {}, year = {2013}, } |
|
Franch, Xavier |
RE '13-POSTERS: "PABRE-Proj: Applying Patterns ..."
PABRE-Proj: Applying Patterns in Requirements Elicitation
Cristina Palomares, Carme Quer, and Xavier Franch (Universitat Politècnica de Catalunya, Spain) Software requirement patterns have been proposed as a type of artifact for fostering requirements reuse. In this paper, we present PABRE-Proj, a tool aimed at supporting requirements elicitation and specification. @InProceedings{RE13p332, author = {Cristina Palomares and Carme Quer and Xavier Franch}, title = {PABRE-Proj: Applying Patterns in Requirements Elicitation}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {332--333}, doi = {}, year = {2013}, } Video |
|
Guillerm, Romaric |
RE '13-POSTERS: "A Safety Requirement Engineering ..."
A Safety Requirement Engineering Method and Tool
Romaric Guillerm, Hamid Demmou, and Nabil Sadou (LAAS-CNRS, France; University of Toulouse, France; SUPELEC, France) Requirement engineering is one of the most critical system engineering processes, particularly when it deals with the safety requirements which are non-functional requirements and are related to emergent system properties. In fact, safety requirements must be formulated at system level and then be derived at sub-system level. The main objective of this paper is to present a new tool, "SafetyLab", which implements a method for safety treatment of complex systems. The method allows the definition of the system safety requirements following a risk and hazard analysis, and then their derivation according to a top-down approach. It is based on the famous Failure Mode, Effects, and Criticality Analysis (FMECA) and the use of Fault Trees. @InProceedings{RE13p328, author = {Romaric Guillerm and Hamid Demmou and Nabil Sadou}, title = {A Safety Requirement Engineering Method and Tool}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {328--329}, doi = {}, year = {2013}, } |
|
Huffman Hayes, Jane |
RE '13-POSTERS: "Using TraceLab to Design, ..."
Using TraceLab to Design, Execute, and Baseline Empirical Requirements Engineering Experiments
Jane Cleland-Huang, Adam Czauderna, and Jane Huffman Hayes (DePaul University, USA; University of Kentucky, USA) As Requirements Engineering research continues to grow into a mature and rigorous discipline, an increasing focus is placed on the need for sound evaluation techniques that compare the benefits of a new solution against existing ones. In this tool demonstration we introduce TraceLab, an instrumented environment for modeling, executing, and comparatively evaluating experimental results. While initially developed for the Software Traceability domain, TraceLab provides a framework which can be populated with experiments, datasets,and reusable components for almost any empirical software engineering domain. In this demo we present examples from the Requirements Engineering domain. @InProceedings{RE13p338, author = {Jane Cleland-Huang and Adam Czauderna and Jane Huffman Hayes}, title = {Using TraceLab to Design, Execute, and Baseline Empirical Requirements Engineering Experiments}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {338--339}, doi = {}, year = {2013}, } Video |
|
Jarke, Matthias |
RE '13-POSTERS: "Requirements Bazaar: Social ..."
Requirements Bazaar: Social Requirements Engineering for Community-Driven Innovation
Dominik Renzel, Malte Behrendt, Ralf Klamma, and Matthias Jarke (RWTH Aachen University, Germany) The innovation potential of niche communities often remains inaccessible to service providers due to a lack of awareness and effective negotiation between these two groups. Requirements Bazaar, a browser-based social software for Social Requirements Engineering (SRE), aims at bringing together communities and service providers into such a negotiation process. Communities should be supported to express and trace their requirements and eventually receive a realization. Service providers should be supported in discovering relevant innovative requirements to maximize impact with a realization. In this paper we present Requirements Bazaar with focus on four aspects: requirements specification, a workflow for co-creation, workspace integration and personalizable requirements prioritization. @InProceedings{RE13p326, author = {Dominik Renzel and Malte Behrendt and Ralf Klamma and Matthias Jarke}, title = {Requirements Bazaar: Social Requirements Engineering for Community-Driven Innovation}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {326--327}, doi = {}, year = {2013}, } Video |
|
Klamma, Ralf |
RE '13-POSTERS: "Requirements Bazaar: Social ..."
Requirements Bazaar: Social Requirements Engineering for Community-Driven Innovation
Dominik Renzel, Malte Behrendt, Ralf Klamma, and Matthias Jarke (RWTH Aachen University, Germany) The innovation potential of niche communities often remains inaccessible to service providers due to a lack of awareness and effective negotiation between these two groups. Requirements Bazaar, a browser-based social software for Social Requirements Engineering (SRE), aims at bringing together communities and service providers into such a negotiation process. Communities should be supported to express and trace their requirements and eventually receive a realization. Service providers should be supported in discovering relevant innovative requirements to maximize impact with a realization. In this paper we present Requirements Bazaar with focus on four aspects: requirements specification, a workflow for co-creation, workspace integration and personalizable requirements prioritization. @InProceedings{RE13p326, author = {Dominik Renzel and Malte Behrendt and Ralf Klamma and Matthias Jarke}, title = {Requirements Bazaar: Social Requirements Engineering for Community-Driven Innovation}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {326--327}, doi = {}, year = {2013}, } Video |
|
Mou, Dongyue |
RE '13-POSTERS: "MIRA: A Tooling-Framework ..."
MIRA: A Tooling-Framework to Experiment with Model-Based Requirements Engineering
Sabine Teufl, Dongyue Mou, and Daniel Ratiu (Fortiss, Germany) Model-based requirements engineering supports eliciting, specifying and analyzing the work products elaborated during the requirements engineering process by providing adequate models. However, especially the inclusion of formal models needs to be investigated further. These models represent requirements and have to be integrated with reference models that define and structure the work results and their relations. We have developed the research tool MIRA to provide an infrastructure for the tool-based evaluation of the usage of models in the field of requirements engineering. In this paper we present the research questions addressed by MIRA concerning the reference model and the formal models. We explain how MIRA supports answering these research questions. @InProceedings{RE13p330, author = {Sabine Teufl and Dongyue Mou and Daniel Ratiu}, title = {MIRA: A Tooling-Framework to Experiment with Model-Based Requirements Engineering}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {330--331}, doi = {}, year = {2013}, } Video |
|
Nuseibeh, Bashar |
RE '13-POSTERS: "Requirements-Driven Adaptive ..."
Requirements-Driven Adaptive Digital Forensics
Liliana Pasquale, Yijun Yu, Mazeiar Salehie, Luca Cavallaro, Thein Than Tun, and Bashar Nuseibeh (Lero, Ireland; Open University, UK) We propose the use of forensic requirements to drive the automation of a digital forensics process. We augment traditional reactive digital forensics processes with proactive evidence collection and analysis activities, and provide immediate investigative suggestions before an investigation starts. These activities adapt depending on suspicious events, which in turn might require the collection and analysis of additional evidence. The reactive activities of a traditional digital forensics process are also adapted depending on the investigation findings. @InProceedings{RE13p340, author = {Liliana Pasquale and Yijun Yu and Mazeiar Salehie and Luca Cavallaro and Thein Than Tun and Bashar Nuseibeh}, title = {Requirements-Driven Adaptive Digital Forensics}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {340--341}, doi = {}, year = {2013}, } |
|
Palomares, Cristina |
RE '13-POSTERS: "PABRE-Proj: Applying Patterns ..."
PABRE-Proj: Applying Patterns in Requirements Elicitation
Cristina Palomares, Carme Quer, and Xavier Franch (Universitat Politècnica de Catalunya, Spain) Software requirement patterns have been proposed as a type of artifact for fostering requirements reuse. In this paper, we present PABRE-Proj, a tool aimed at supporting requirements elicitation and specification. @InProceedings{RE13p332, author = {Cristina Palomares and Carme Quer and Xavier Franch}, title = {PABRE-Proj: Applying Patterns in Requirements Elicitation}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {332--333}, doi = {}, year = {2013}, } Video |
|
Pasquale, Liliana |
RE '13-POSTERS: "IRET: Requirements for Service ..."
IRET: Requirements for Service Platforms
Luciano Baresi, Gianluca Ripa, and Liliana Pasquale (Politecnico di Milano, Italy; Cefriel, Italy; Lero, Ireland; University of Limerick, Ireland) This paper describes IRENE (Indenica Requirements ElicitatioN mEthod), a methodology to elicit and model the requirements of service platforms, and IRET (IREne Tool), the Eclipse-based modeling framework we developed for IRENE. @InProceedings{RE13p336, author = {Luciano Baresi and Gianluca Ripa and Liliana Pasquale}, title = {IRET: Requirements for Service Platforms}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {336--337}, doi = {}, year = {2013}, } Video RE '13-POSTERS: "Requirements-Driven Adaptive ..." Requirements-Driven Adaptive Digital Forensics Liliana Pasquale, Yijun Yu, Mazeiar Salehie, Luca Cavallaro, Thein Than Tun, and Bashar Nuseibeh (Lero, Ireland; Open University, UK) We propose the use of forensic requirements to drive the automation of a digital forensics process. We augment traditional reactive digital forensics processes with proactive evidence collection and analysis activities, and provide immediate investigative suggestions before an investigation starts. These activities adapt depending on suspicious events, which in turn might require the collection and analysis of additional evidence. The reactive activities of a traditional digital forensics process are also adapted depending on the investigation findings. @InProceedings{RE13p340, author = {Liliana Pasquale and Yijun Yu and Mazeiar Salehie and Luca Cavallaro and Thein Than Tun and Bashar Nuseibeh}, title = {Requirements-Driven Adaptive Digital Forensics}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {340--341}, doi = {}, year = {2013}, } |
|
Quer, Carme |
RE '13-POSTERS: "PABRE-Proj: Applying Patterns ..."
PABRE-Proj: Applying Patterns in Requirements Elicitation
Cristina Palomares, Carme Quer, and Xavier Franch (Universitat Politècnica de Catalunya, Spain) Software requirement patterns have been proposed as a type of artifact for fostering requirements reuse. In this paper, we present PABRE-Proj, a tool aimed at supporting requirements elicitation and specification. @InProceedings{RE13p332, author = {Cristina Palomares and Carme Quer and Xavier Franch}, title = {PABRE-Proj: Applying Patterns in Requirements Elicitation}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {332--333}, doi = {}, year = {2013}, } Video |
|
Ratiu, Daniel |
RE '13-POSTERS: "MIRA: A Tooling-Framework ..."
MIRA: A Tooling-Framework to Experiment with Model-Based Requirements Engineering
Sabine Teufl, Dongyue Mou, and Daniel Ratiu (Fortiss, Germany) Model-based requirements engineering supports eliciting, specifying and analyzing the work products elaborated during the requirements engineering process by providing adequate models. However, especially the inclusion of formal models needs to be investigated further. These models represent requirements and have to be integrated with reference models that define and structure the work results and their relations. We have developed the research tool MIRA to provide an infrastructure for the tool-based evaluation of the usage of models in the field of requirements engineering. In this paper we present the research questions addressed by MIRA concerning the reference model and the formal models. We explain how MIRA supports answering these research questions. @InProceedings{RE13p330, author = {Sabine Teufl and Dongyue Mou and Daniel Ratiu}, title = {MIRA: A Tooling-Framework to Experiment with Model-Based Requirements Engineering}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {330--331}, doi = {}, year = {2013}, } Video |
|
Renzel, Dominik |
RE '13-POSTERS: "Requirements Bazaar: Social ..."
Requirements Bazaar: Social Requirements Engineering for Community-Driven Innovation
Dominik Renzel, Malte Behrendt, Ralf Klamma, and Matthias Jarke (RWTH Aachen University, Germany) The innovation potential of niche communities often remains inaccessible to service providers due to a lack of awareness and effective negotiation between these two groups. Requirements Bazaar, a browser-based social software for Social Requirements Engineering (SRE), aims at bringing together communities and service providers into such a negotiation process. Communities should be supported to express and trace their requirements and eventually receive a realization. Service providers should be supported in discovering relevant innovative requirements to maximize impact with a realization. In this paper we present Requirements Bazaar with focus on four aspects: requirements specification, a workflow for co-creation, workspace integration and personalizable requirements prioritization. @InProceedings{RE13p326, author = {Dominik Renzel and Malte Behrendt and Ralf Klamma and Matthias Jarke}, title = {Requirements Bazaar: Social Requirements Engineering for Community-Driven Innovation}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {326--327}, doi = {}, year = {2013}, } Video |
|
Ripa, Gianluca |
RE '13-POSTERS: "IRET: Requirements for Service ..."
IRET: Requirements for Service Platforms
Luciano Baresi, Gianluca Ripa, and Liliana Pasquale (Politecnico di Milano, Italy; Cefriel, Italy; Lero, Ireland; University of Limerick, Ireland) This paper describes IRENE (Indenica Requirements ElicitatioN mEthod), a methodology to elicit and model the requirements of service platforms, and IRET (IREne Tool), the Eclipse-based modeling framework we developed for IRENE. @InProceedings{RE13p336, author = {Luciano Baresi and Gianluca Ripa and Liliana Pasquale}, title = {IRET: Requirements for Service Platforms}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {336--337}, doi = {}, year = {2013}, } Video |
|
Sadou, Nabil |
RE '13-POSTERS: "A Safety Requirement Engineering ..."
A Safety Requirement Engineering Method and Tool
Romaric Guillerm, Hamid Demmou, and Nabil Sadou (LAAS-CNRS, France; University of Toulouse, France; SUPELEC, France) Requirement engineering is one of the most critical system engineering processes, particularly when it deals with the safety requirements which are non-functional requirements and are related to emergent system properties. In fact, safety requirements must be formulated at system level and then be derived at sub-system level. The main objective of this paper is to present a new tool, "SafetyLab", which implements a method for safety treatment of complex systems. The method allows the definition of the system safety requirements following a risk and hazard analysis, and then their derivation according to a top-down approach. It is based on the famous Failure Mode, Effects, and Criticality Analysis (FMECA) and the use of Fault Trees. @InProceedings{RE13p328, author = {Romaric Guillerm and Hamid Demmou and Nabil Sadou}, title = {A Safety Requirement Engineering Method and Tool}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {328--329}, doi = {}, year = {2013}, } |
|
Salehie, Mazeiar |
RE '13-POSTERS: "Requirements-Driven Adaptive ..."
Requirements-Driven Adaptive Digital Forensics
Liliana Pasquale, Yijun Yu, Mazeiar Salehie, Luca Cavallaro, Thein Than Tun, and Bashar Nuseibeh (Lero, Ireland; Open University, UK) We propose the use of forensic requirements to drive the automation of a digital forensics process. We augment traditional reactive digital forensics processes with proactive evidence collection and analysis activities, and provide immediate investigative suggestions before an investigation starts. These activities adapt depending on suspicious events, which in turn might require the collection and analysis of additional evidence. The reactive activities of a traditional digital forensics process are also adapted depending on the investigation findings. @InProceedings{RE13p340, author = {Liliana Pasquale and Yijun Yu and Mazeiar Salehie and Luca Cavallaro and Thein Than Tun and Bashar Nuseibeh}, title = {Requirements-Driven Adaptive Digital Forensics}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {340--341}, doi = {}, year = {2013}, } |
|
Schneider, Florian |
RE '13-POSTERS: "A Tool Implementation of the ..."
A Tool Implementation of the Unified Requirements Modeling Language as Enterprise Architect Add-In
Florian Schneider, Bernd Bruegge, and Brian Berenbach (TU Munich, Germany; Siemens, USA) Early modeling languages have focused on the analysis and the design of systems under construction, but not on requirements elicitation. Consequently, a wide variety of approaches exists for the early phases of requirements engineer- ing, modeling various concepts as stakeholders, goals, features, product lines, systems, processes, risks, and requirements. The purpose of Unified Requirements Modeling Language (URMLTM) is to combine these concepts in a single modeling language. In addition, it strengthens support for danger modeling. URML is implemented as an add-in to the Enterprise Architect CASE tool. This tool demo will showcase the URML implementation. @InProceedings{RE13p334, author = {Florian Schneider and Bernd Bruegge and Brian Berenbach}, title = {A Tool Implementation of the Unified Requirements Modeling Language as Enterprise Architect Add-In}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {334--335}, doi = {}, year = {2013}, } Video |
|
Teufl, Sabine |
RE '13-POSTERS: "MIRA: A Tooling-Framework ..."
MIRA: A Tooling-Framework to Experiment with Model-Based Requirements Engineering
Sabine Teufl, Dongyue Mou, and Daniel Ratiu (Fortiss, Germany) Model-based requirements engineering supports eliciting, specifying and analyzing the work products elaborated during the requirements engineering process by providing adequate models. However, especially the inclusion of formal models needs to be investigated further. These models represent requirements and have to be integrated with reference models that define and structure the work results and their relations. We have developed the research tool MIRA to provide an infrastructure for the tool-based evaluation of the usage of models in the field of requirements engineering. In this paper we present the research questions addressed by MIRA concerning the reference model and the formal models. We explain how MIRA supports answering these research questions. @InProceedings{RE13p330, author = {Sabine Teufl and Dongyue Mou and Daniel Ratiu}, title = {MIRA: A Tooling-Framework to Experiment with Model-Based Requirements Engineering}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {330--331}, doi = {}, year = {2013}, } Video |
|
Tun, Thein Than |
RE '13-POSTERS: "Requirements-Driven Adaptive ..."
Requirements-Driven Adaptive Digital Forensics
Liliana Pasquale, Yijun Yu, Mazeiar Salehie, Luca Cavallaro, Thein Than Tun, and Bashar Nuseibeh (Lero, Ireland; Open University, UK) We propose the use of forensic requirements to drive the automation of a digital forensics process. We augment traditional reactive digital forensics processes with proactive evidence collection and analysis activities, and provide immediate investigative suggestions before an investigation starts. These activities adapt depending on suspicious events, which in turn might require the collection and analysis of additional evidence. The reactive activities of a traditional digital forensics process are also adapted depending on the investigation findings. @InProceedings{RE13p340, author = {Liliana Pasquale and Yijun Yu and Mazeiar Salehie and Luca Cavallaro and Thein Than Tun and Bashar Nuseibeh}, title = {Requirements-Driven Adaptive Digital Forensics}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {340--341}, doi = {}, year = {2013}, } |
|
Yu, Yijun |
RE '13-POSTERS: "Requirements-Driven Adaptive ..."
Requirements-Driven Adaptive Digital Forensics
Liliana Pasquale, Yijun Yu, Mazeiar Salehie, Luca Cavallaro, Thein Than Tun, and Bashar Nuseibeh (Lero, Ireland; Open University, UK) We propose the use of forensic requirements to drive the automation of a digital forensics process. We augment traditional reactive digital forensics processes with proactive evidence collection and analysis activities, and provide immediate investigative suggestions before an investigation starts. These activities adapt depending on suspicious events, which in turn might require the collection and analysis of additional evidence. The reactive activities of a traditional digital forensics process are also adapted depending on the investigation findings. @InProceedings{RE13p340, author = {Liliana Pasquale and Yijun Yu and Mazeiar Salehie and Luca Cavallaro and Thein Than Tun and Bashar Nuseibeh}, title = {Requirements-Driven Adaptive Digital Forensics}, booktitle = {Proc.\ RE}, publisher = {IEEE}, pages = {340--341}, doi = {}, year = {2013}, } |
27 authors
proc time: 0.23