The Experts below are selected from a list of 72 Experts worldwide ranked by ideXlab platform
Ounsa Roudies - One of the best experts on this subject based on the ideXlab platform.
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AICCSA - A SYSML-Based Approach to Manage Stakeholder Requirements Traceability
2017 IEEE ACS 14th International Conference on Computer Systems and Applications (AICCSA), 2017Co-Authors: Saida Haidrar, Adil Anwar, Ounsa RoudiesAbstract:Tracing requirements back to Stakeholders and tracing them forward to corresponding design artifacts are crucial activities. Even if much research has been devoted to managing requirements and their various kinds, less attention has been paid to managing their traceability throughout system development process. In this paper, we present a SYSML-based approach to enhance requirements traceability in SYSML modelling diagrams and generate trace links at different levels of granularity. Our contribution consists of a SYSML profile for enriching requirements definition and traceability, and an algorithm for generating trace models. Indeed, these trace models will link requirements to their origins and system design elements, and eventually map them to the element property that exactly fulfills them. Antilock braking system example illustrates the profile and algorithm usage.
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A SYSML-Based Approach to Manage Stakeholder Requirements Traceability
2017 IEEE ACS 14th International Conference on Computer Systems and Applications (AICCSA), 2017Co-Authors: Saida Haidrar, Adil Anwar, Ounsa RoudiesAbstract:Tracing requirements back to Stakeholders and tracing them forward to corresponding design artifacts are crucial activities. Even if much research has been devoted to managing requirements and their various kinds, less attention has been paid to managing their traceability throughout system development process. In this paper, we present a SYSML-based approach to enhance requirements traceability in SYSML modelling diagrams and generate trace links at different levels of granularity. Our contribution consists of a SYSML profile for enriching requirements definition and traceability, and an algorithm for generating trace models. Indeed, these trace models will link requirements to their origins and system design elements, and eventually map them to the element property that exactly fulfills them. Antilock braking system example illustrates the profile and algorithm usage.
Jane Cleland-huang - One of the best experts on this subject based on the ideXlab platform.
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MARK@RE - A Dynamic Approach for Managing Stakeholder Credentials for Lightweight, Collaborative, Requirements Elicitation
2008 First International Workshop on Managing Requirements Knowledge, 2008Co-Authors: Kurtis D. Todd, Jane Cleland-huangAbstract:As software projects increase in size and complexity, and involve Stakeholders across geographic and organizational boundaries, it becomes increasingly important to develop new approaches and tools for supporting distributed, collaborative and scalable requirements elicitation processes. Such processes and related tools must support relatively open and inclusive collaborations, while simultaneously constraining Stakeholders' contributions according to their areas and levels of expertise. This position paper proposes a new approach that uses information retrieval methods and group dynamics to Manage Stakeholder credentials and provide access permissions in a dynamically evolving, open-access, requirements elicitation process.
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A Dynamic Approach for Managing Stakeholder Credentials for Lightweight, Collaborative, Requirements Elicitation
2008 First International Workshop on Managing Requirements Knowledge, 2008Co-Authors: Kurtis D. Todd, Jane Cleland-huangAbstract:As software projects increase in size and complexity, and involve Stakeholders across geographic and organizational boundaries, it becomes increasingly important to develop new approaches and tools for supporting distributed, collaborative and scalable requirements elicitation processes. Such processes and related tools must support relatively open and inclusive collaborations, while simultaneously constraining Stakeholders' contributions according to their areas and levels of expertise. This position paper proposes a new approach that uses information retrieval methods and group dynamics to Manage Stakeholder credentials and provide access permissions in a dynamically evolving, open-access, requirements elicitation process.
Saida Haidrar - One of the best experts on this subject based on the ideXlab platform.
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AICCSA - A SYSML-Based Approach to Manage Stakeholder Requirements Traceability
2017 IEEE ACS 14th International Conference on Computer Systems and Applications (AICCSA), 2017Co-Authors: Saida Haidrar, Adil Anwar, Ounsa RoudiesAbstract:Tracing requirements back to Stakeholders and tracing them forward to corresponding design artifacts are crucial activities. Even if much research has been devoted to managing requirements and their various kinds, less attention has been paid to managing their traceability throughout system development process. In this paper, we present a SYSML-based approach to enhance requirements traceability in SYSML modelling diagrams and generate trace links at different levels of granularity. Our contribution consists of a SYSML profile for enriching requirements definition and traceability, and an algorithm for generating trace models. Indeed, these trace models will link requirements to their origins and system design elements, and eventually map them to the element property that exactly fulfills them. Antilock braking system example illustrates the profile and algorithm usage.
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A SYSML-Based Approach to Manage Stakeholder Requirements Traceability
2017 IEEE ACS 14th International Conference on Computer Systems and Applications (AICCSA), 2017Co-Authors: Saida Haidrar, Adil Anwar, Ounsa RoudiesAbstract:Tracing requirements back to Stakeholders and tracing them forward to corresponding design artifacts are crucial activities. Even if much research has been devoted to managing requirements and their various kinds, less attention has been paid to managing their traceability throughout system development process. In this paper, we present a SYSML-based approach to enhance requirements traceability in SYSML modelling diagrams and generate trace links at different levels of granularity. Our contribution consists of a SYSML profile for enriching requirements definition and traceability, and an algorithm for generating trace models. Indeed, these trace models will link requirements to their origins and system design elements, and eventually map them to the element property that exactly fulfills them. Antilock braking system example illustrates the profile and algorithm usage.
Mohamed Zaki - One of the best experts on this subject based on the ideXlab platform.
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An examination of not-for-profit Stakeholder networks for relationship Management: A small-scale analysis on social media
PLoS ONE, 2016Co-Authors: Jessica Wyllie, Ben Kozary, Brent Kitchens, Jamie Carlson, Benjamin Lucas, Mohamed ZakiAbstract:Using a small-scale descriptive network analysis approach, this study highlights the importance of Stakeholder networks for identifying valuable Stakeholders and the Management of existing Stakeholders in the context of mental health not-for-profit services. We extract network data from the social media brand pages of three health service organizations from the U.S., U.K., and Australia, to visually map networks of 579 social media brand pages (represented by nodes), connected by 5,600 edges. This network data is analyzed using a collection of popular graph analysis techniques to assess the differences in the way each of the service organizations Manage Stakeholder networks. We also compare node meta-information against basic topology measures to emphasize the importance of effectively managing relationships with Stakeholders who have large external audiences. Implications and future research directions are also discussed. [ABSTRACT FROM AUTHOR] Copyright of PLoS ONE is the property of Public Library of Science and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)
Adil Anwar - One of the best experts on this subject based on the ideXlab platform.
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AICCSA - A SYSML-Based Approach to Manage Stakeholder Requirements Traceability
2017 IEEE ACS 14th International Conference on Computer Systems and Applications (AICCSA), 2017Co-Authors: Saida Haidrar, Adil Anwar, Ounsa RoudiesAbstract:Tracing requirements back to Stakeholders and tracing them forward to corresponding design artifacts are crucial activities. Even if much research has been devoted to managing requirements and their various kinds, less attention has been paid to managing their traceability throughout system development process. In this paper, we present a SYSML-based approach to enhance requirements traceability in SYSML modelling diagrams and generate trace links at different levels of granularity. Our contribution consists of a SYSML profile for enriching requirements definition and traceability, and an algorithm for generating trace models. Indeed, these trace models will link requirements to their origins and system design elements, and eventually map them to the element property that exactly fulfills them. Antilock braking system example illustrates the profile and algorithm usage.
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A SYSML-Based Approach to Manage Stakeholder Requirements Traceability
2017 IEEE ACS 14th International Conference on Computer Systems and Applications (AICCSA), 2017Co-Authors: Saida Haidrar, Adil Anwar, Ounsa RoudiesAbstract:Tracing requirements back to Stakeholders and tracing them forward to corresponding design artifacts are crucial activities. Even if much research has been devoted to managing requirements and their various kinds, less attention has been paid to managing their traceability throughout system development process. In this paper, we present a SYSML-based approach to enhance requirements traceability in SYSML modelling diagrams and generate trace links at different levels of granularity. Our contribution consists of a SYSML profile for enriching requirements definition and traceability, and an algorithm for generating trace models. Indeed, these trace models will link requirements to their origins and system design elements, and eventually map them to the element property that exactly fulfills them. Antilock braking system example illustrates the profile and algorithm usage.
