Модели управления качеством обработки требований к программному обеспечению

В статье предлагается подход к управлению качеством обработки требований к программному обеспечению, который основывается на системном подходе и стандартах ISO. Выделены цели функционирования процесса анализа и обработки требований, рассмотрены его основные свойства, особенности взаимодействия с другими процессами жизненного цикла программных систем. Предложена концепция управления качеством входной, выходной информацией и самим процессом анализа и обработки требований.An approach to quality requirements management for software is outlined. This approach is based on system approach and ISO standards. Purposes of the system requirements analysis process activity were defined; its main properties and specific of interaction with other lifecycle processes were considered. The concept of quality control of the input, output information and the process of the system requirements analysis process was proposed

Модели управления качеством обработки требований к программному обеспечению

В статье предлагается подход к управлению качеством обработки требований к программному обеспечению, который основывается на системном подходе и стандартах ISO. Выделены цели функционирования процесса анализа и обработки требований, рассмотрены его основные свойства, особенности взаимодействия с другими процессами жизненного цикла программных систем. Предложена концепция управления качеством входной, выходной информацией и самим процессом анализа и обработки требований.An approach to quality requirements management for software is outlined. This approach is based on system approach and ISO standards. Purposes of the system requirements analysis process activity were defined; its main properties and specific of interaction with other lifecycle processes were considered. The concept of quality control of the input, output information and the process of the system requirements analysis process was proposed

Method Family Description and Configuration

International audienceThe role of variability in Software engineering grows increasingly as it allows developing solutions that can be easily adapted to a specific context and reusing existing knowledge. In order to deal with variability in the method engineering (ME) domain, we suggest applying the notion of method families. Method components are organized as a method family, which is configured in the given project. As variability relates to variation points, our proposal is to consider the methaod family configuration as a decision-making (DM) process. We illustrate our approach by a method family dealing with scenario elicitation

Agile quality requirements management best practices portfolio : a situational method engineering approach

Management of Quality Requirements (QRs) is determinant for the success of software projects. However, this management is currently under-considered in software projects and in particular, in agile methods. Although agile processes are focused on the functional aspects of the software, some agile practices can be beneficial for the management of QRs. For example, the collaboration and interaction of people can help in the QR elicitation by reducing vagueness of requirements through communication. In this paper, we present the initial findings of our research investigating what industrial practices, from the agile methods, can be used for better management of QRs in agile software development. We use Situational Method Engineering to identify, complement and classify a portfolio of best practices for QR management in agile environments. In this regard, we present the methodological approach that we are applying for the definition of these guidelines and the requirements that will lead us to compile a portfolio of agile QR management best practices. The proposed requirements correspond to the whole software life cycle starting in the elicitation and finalizing in the deployment phases.Peer ReviewedPostprint (author's final draft

Famille de méthodes: une approche de construction de méthodes situationnelles

Situational Method Engineering appeared with the acceptance that no method might be applied in any situation, in any project. Several approaches have been proposed but there are some difficulties to use them in practice, which induce a non-usage in enterprises. We propose the method family notion to overcome these drawbacks and facilitate the use of method components

Incorporating the elements of the mase methodology into agent open

Enterprise-wide, web-based systems can be assisted in their construction by the use of agents and an agent-oriented methodology. As part of an extensive research programme to create such an AO methodology by combining the benefits of method engineering and existing object-oriented frameworks (notably the OPF), we have analysed here contributions to the OPF repository of process components from the MASE agent-oriented methodology, identifying three new Tasks, one additional Technique and two new Work Products