Quality, Improvement and Measurements in High Risk Software

Quality, Improvement and Measurements in High Risk Software

Edgardo Palza Vargas (University of Ottawa, Canada)
DOI: 10.4018/978-1-4666-4301-7.ch035
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We aim to improve quality in software engineering projects by introducing Verification and Validation (V&V) best practices in terms of process, artifacts, and quality performance indicators. We present a Quality Measurement Management Tool (QMT) in order to support quality activities and process. This tool is based on a measurement meta-model repository for collecting, storing, analyzing and reporting measurement data. It is important to note that the proposed QMT supports the IEEE Standard 1012 for Software Verification and Validation (management, acquisition, supply, development, operation, and maintenance), as well as measurement information needs to Capability Maturity Model Integration (CMMI) processes and products requirements. Our repository is generic, flexible, and integrated, supporting a dynamic measurement system. It was originally designed to support Ericsson Research Canada’s business information needs.
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Since software has become an important component of critical systems (e.g., in aeronautics/aerospace, power plants, medical devices, chemical plants, automobiles, military weapons, etc.) the impact of software on systems safety has been demanding greater attention in organizations dedicated to the production of this high critical software. In the same vein today’s software is becoming increasingly more complex: heterogeneous composition on a diversity of platforms, distributed execution, complexity in calculation algorithms, multiplicity of contractors with diverse development methodologies, etc. The result of such complexity is increased risk and higher costs in software projects.

The type of software that, directly or indirectly, ensures the safety of human life or significant financial investments is referred to as high risk Software or safety-critical software. This type of software is required to meet very high levels of safety and reliability and to meet demanding quality standards. Therefore, the related development process must be tightly managed, because of the very high level of quality required. Indeed, many accidents caused by deficient quality of critical software have been reported in the software engineering literature (Levenson, 1993), Ariane 5 (Lions, 1996), etc.

In this chapter we propose a Quality Measurement Management (QMT) in order to support quality activities and process. This tool is based on a measurement meta-model repository (Abran & Palza, 2003; Palza, 2010; Palza, Abran, & Fuhrman, 2003). It is important to note that the proposed QMT supports the IEEE Standard for Software Verification and Validation (IEEE Std 1012, 2004), as well as CMMI best practices (CMMI Product Team, 2006). The software processes described in IEEE Std. 1012 include: management, acquisition, supply, development, operation, and maintenance. This IEEE standard is also recommended for use in software-intensive projects: for instance, the NASA IV&V Facility’s “Program Manager Handbook” (NASA Software IV&V Facility, 2000) makes clear the usefulness of the IEEE Std 1012 and (IEEE Std 1059, 1993) for the planning and execution of V&V activities in their projects.

The effectiveness of V&V depends on the timeliness of the development processes and on the quality of the deliverables. In this proposal, we discuss how the QMT can help to support measurements activities for Management V&V processes in organizations. Our approach is described in terms of activities, processes and tasks recommended in IEEE 1012. This should facilitate measurements in terms of:

  • Software Verification and Validation Plan (SVVP).

  • Baseline change assessment.

  • Management Review of V&V.

  • Management and Technical Review Support.

  • Interface with Organizational and Supporting Process.

Moreover, this chapter also reports how QMR tool supports a dynamic measurement system with CMMI requirements in a changing and dynamic environment, such as that of Ericsson Research Canada. The QMR tool was expected to meet further criteria and constraints for a better fit to the Ericsson context:

  • Improvements to the quality of the software engineering measures.

  • Design of a coherent and consistent model of enterprise performance evaluation.

  • An integrated and generic multidimensional measurement platform.

  • Individual and team performance measures aligned with organizational goals.

  • Ability to allow managers to extract value from the vast amounts of data and information in the organization.

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