Asian Journal of Information Technology

Year: 2018
Volume: 17
Issue: 3
Page No. 218 - 230

Qualitative Risk Analysis of Software Development

Authors : Jamil Al-Azzeh, Oleksandr Kovalenko, Oleksii Smirnov, Anna Kovalenko and Serhii Smirnov

References

Alharbi, E.T. and M.R.J. Qureshi, 2014. Implementation of risk management with SCRUM to achieve CMMI requirements. Intl. J. Comput. Network Inf. Secur., 6: 20-25.
Direct Link  |  

Araszkiewicz, K., 2016. Building information modelling: An innovative way to manage risk in construction projects. Intl. J. Contemp. Manage., 14: 23-40.
CrossRef  |  Direct Link  |  

Boehm, B.W., 1988. A spiral model of software development and enhancement. Computer, 21: 61-72.
CrossRef  |  Direct Link  |  

Britkin, A.I., 2007. [Risks associated with the introduction of technology in software development projects (In Russian)]. Socio Econ. Tech. Syst. Res. Des. Optim., 8: 2-2.

Dorensky, O., 2014. [Development of the theoretical bases of logical domain modeling of a complex software system (In Russian)]. Intl. J. Comput. Eng. Res., 4: 19-23.

Dorensky, O.P., 2014. [Formalization of the process of changing the states of software objects of complex systems on the basis of the formal apparatus of fools of Moore's automats (In Russian)]. Commun., 3: 27-31.

Geymayr, J.A.B. and N.F.F. Ebecken, 1995. Fault-tree analysis: A knowledge-engineering approach. IEEE. Trans. Reliab., 44: 37-45.
CrossRef  |  Direct Link  |  

Hijazi, H., S. Alqrainy, H. Muaidi and T. Khdour, 2014. Risk factors in software development phases. Eur. Sci. J., 10: 113-132.
Direct Link  |  

Kovalenko, A.V., 2014. [Problems of recognition of situations in ERP systems (In Russian)]. Syst. Inf. Tech., 4: 161-164.

Kovalenko, A.V., 2016. [Method of quantitative assessment of software development risks (In Russian)]. Collect. Sci. Works Kharkiv Univ. Air Forces, 2: 128-133.

Kovalenko, A.V., 2016. [Method of risk management software development (In Ukrainian)]. Syst. Manage. Flowering, 2: 93-100.

Kovalenko, A.V., 2016. [Methods for qualitative risk analysis of software development (In Russian)]. Syst. Inf. Tech., 5: 153-157.

Kovalenko, A.V., 2016. [Problems of analysis and risk assessment of information activities (In Russian)]. Syst. Inf. Tech., 3: 40-42.

Kovalenko, A.V., 2016. [The method of qualitative analysis of software development risks (In Russian)]. Sci. Technol. Powers Energetic Forces Ukraine, 2: 150-158.

Kovalenko, A.V., 2016. [Use of pseudo-Boolean methods of bivalent programming for software risk management (In Russian)]. Control Syst. Tamping, 1: 98-103.

Krishnan, M. S., 2015. Software development risk aspects and success frequency on spiral and agile model. Intl. J. Innovative Res. Comput. Comm. Eng, 3: 122-129.

Li, Z.G., 2014. The Risk Management of whole Life Cycle of it Outsourcing Project. In: Advanced Materials Research, Xu, P., S. Hongzong, Y. Wang and P. Wang (Eds.). Trans Tech Publications, Zurich, Switzerland, pp: 4057-4060.

Lysenko, I.A., 2014. [Investigation of software development process of infotelecommunication systems (In Russian)]. Syst. Technol., 4: 103-106.

Lysenko, I.A., 2014. [Investigation of testing levels of software for infotelecommunication systems (In Russian)]. Sci. Technol. Powers Energetic Forces of Ukraine, 4: 79-81.

Lysenko, I.A., 2014. [Investigation of the algorithm for identifying the type of unaccounted test cases in the design of test sets (In Russian)]. Commun., 2: 153-156.

Moran, A., 2014. Agile Risk Management. In: Agile Risk Management, Moran, A. (Ed.). Springer, Cham, Switzerland, ISBN:978-3-319-05007-2, pp: 33-60.

Nogin, V.D., 2007. Decision-Making under many Conditions: Educational and Methodical Benefits. Publishing House UTAS, St. Petersburg, Russia, Pages: 104.

Power, K., 2014. Impediment Impact Diagrams: Understanding the Impact of Impediments in Agile Teams and Organizations. Proceedings of the Conference on Agile Conference (AGILE), July 28-August 1, 2014, IEEE, Kissimmee, FL, USA., pp: 41-51.

Schwindt, C. and J. Zimmermann, 2015. Handbook on Project Management and Scheduling. Vol. 2, Springer, Cham, Switzerland, Pages: 1400.

Shapkin, A.S. and V.A. Shapkin, 2005. [Theory of Risk and Modeling of Risk Situations: A Textbook]. Dashkov and K Publishing and Trading Corporation, Moscow, Russia, Pages: 880 (In Russian).

Smirnov, O.A., O.V. Kovalenko and E.V. Meleshko, 2013. [Software Engineering: Tutorial]. RVL KNTU, Russia, Pages: 409 (In Russian).

Tavares, B.G., C.E.S. Da Silva and A.D. De Souza, 2017. Risk management in scrum projects: A bibliometric study. J. Commun. Software Syst., 13: 25-41.
Direct Link  |  

Tomanek, M. and J. Juricek, 2016. Project risk management model based on PRINCE2 and SCRUM frameworks. Intl. J. Software Eng. Appl., 6: 81-88.
CrossRef  |  Direct Link  |  

Tomanek, M., R. Cermak and Z. Smutny, 2014. A conceptual framework for web development projects based on project management and agile development principles. Proceedings of the 10th European Conference on Management Leadership and Governance (ECMLG), November 13-14, 2014, Zagreb, Republic of Croatia, pp: 550-558.

Vishnyakov, Y.D. and N.N. Radaev, 2008. [General Theory of Risks: Textbook]. Publishing Center Academy, Moscow, Russia, Pages: 368 (In Russian).

Zeng, Y., 2010. Risk management for enterprise resource planning system implementations in project-based firms. Ph.D Thesis, University of Maryland, Maryland, USA.

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