Requirement Prioritization Based on Non-Functional Requirement Classification Using Hierarchy AHP

Purpose: The study aimed to analyze strategies for managing the ecosystem of Lake Tondano to prepare a medium-term plan for its management. Theoretical Framework: The Lake Tondano ecosystem has important economic and ecological functions for the economy and welfare of the people in North Sulawesi Province. The quality of the lake ecosystem continues to decline including water pollution, siltation of the lake, shrinkage of the area and other uses that do not consider aspects of ecosystem sustainability. Method: The analysis method used a combination of SWOT and AHP, with stakeholder participation. Data was obtained through literature study and focus group discussions (FGD) involving both formal and informal stakeholders. Results: The AHP analysis results indicate that simultaneous impact criteria are the main criteria for determining priority strategies. Conclusions: Thirteen strategies were formulated based on the SWOT analysis. The medium-term plan's management priority strategies have been determined based on the results of the AHP analysis. These strategies include: (1) Controlling the level of water pollution and household waste, (2) Revitalizing the lake, (3) Developing institutions for integrated lake ecosystem management, and (4) Planning the spatial layout of the lakes and their boundaries.

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Security Requirements Prioritization Techniques: A Survey and Classification Framework

Khanneh

Anu

2022

Software

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Security requirements Engineering (SRE) is an activity conducted during the early stage of the SDLC. SRE involves eliciting, analyzing, and documenting security requirements. Thorough SRE can help software engineers incorporate countermeasures against malicious attacks into the software’s source code itself. Even though all security requirements are considered relevant, implementing all security mechanisms that protect against every possible threat is not feasible. Security requirements must compete not only with time and budget, but also with the constraints they inflect on a software’s availability, features, and functionalities. Thus, the process of security requirements prioritization becomes an integral task in the discipline of risk-analysis and trade-off-analysis. A sound prioritization technique provides guidance for software engineers to make educated decisions on which security requirements are of topmost importance. Even though previous research has proposed various security requirement prioritization techniques, none of the existing research efforts have provided a detailed survey and comparative analysis of existing techniques. This paper uses a literature survey approach to first define security requirements engineering. Next, we identify the state-of-the-art techniques that can be adopted to impose a well-established prioritization criterion for security requirements. Our survey identified, summarized, and compared seven (7) security requirements prioritization approaches proposed in the literature.

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Requirement Prioritization Based on Non-Functional Requirement Classification Using Hierarchy AHP

Cited by 3 publications

References 4 publications

Software Quality in the IOT in Health Sector and Commerce Sector

Software Quality in the IOT in Health Sector and Commerce Sector

Análise De Estratégias De Gestão Do Ecossistema Do Lago Tondano No Norte Sulawesi, Indonésia Usando Métodos Swot E Ahp

Security Requirements Prioritization Techniques: A Survey and Classification Framework

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