The Evolution Path for Industrial Software Quality Evaluation Methods Applying ISO/IEC 9126:2001 Quality Model: Example of MITRE?s SQAE Method

Côté, Marc-Alexis; Suryn, Witold; Laporte, Claude Y.; Martin, Robert A.

doi:10.1007/s11219-004-5259-6

Cited by 21 publications

(3 citation statements)

References 3 publications

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“…The ISO questionnaire was used by the nontechnical respondents and comprised of the following criteria: Functionality, Efficiency, Compatibility, Usability, Reliability, Security, Maintainability, and Portability. Using a five-point rating scale, where 5 as Very High and 1 as Very Low [4]. Tables 1 and 2 describe the rating scales used in this study.…”

Section: Methodology 21 Instruments Usedmentioning

confidence: 99%

Integrated Student Affairs and Services Information System

Secugal,

Sermeno,

Mistio

2020

JITC

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Information Technology (IT) is now the backbone of today’s modern world. It mostly converts conventional processes into electronic function wherein it gives more advantage, efficiency, and saves time. Normally, one of the Information Technology product is an Information System (IS). It supports a business function that uses advanced technology comprised of hardware, software, people, network, and data. As one of the information technologist practitioners, the proponents aimed to deliver an Information System to aid the target client. The conduct of the study was approved last August 2017 which marks the start of preliminary investigation and data gathering. The program was developed using web programming and the web server. Some of the modules were designed using bootstrap while others are purely conventional web programming. The system was tested and evaluated by 71 respondents with all acceptable results. The developed Information System was successfully implemented utilizing the Short Message Service (SMS) and Quick Response (QR)-code module which makes it unique to the Related Prior Arts. It was also recommended by some Information Technology Experts to make the system online, generally, allow bootstrap to every module to make it look better and merge modules that were related to a single function.

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Section: Methodology 21 Instruments Usedmentioning

confidence: 99%

Integrated Student Affairs and Services Information System

Secugal,

Sermeno,

Mistio

2020

JITC

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“…According to ISO9126, quality is defined as a set of features and characteristics of a product or service that bear on its ability to satisfy stated or implied needs. In order to provide a developer view of software, besides the end user's view and guidelines for overall assessment of quality (Cote et al, 2005) the latest revision of four-part ISO9126 software quality standard has been proposed.…”

Section: Software Quality Evaluationmentioning

confidence: 99%

“…In order for it to be practical however it must be seen in the light of a specific application domain. Adopting and adapting ISO 9126 for specific domains is not new and not foreign to the standard itself (Losavio, 2004;Cote, 2005). A usual approach is to enhance the hierarchical and (by design) open scheme to include more attributes suitable for a domain (Stefani & Xenos, 2008).…”

Section: Introductionmentioning

confidence: 99%

A Framework for the Quality Evaluation of B2C M-Commerce Services

Garofalakis

Stefani

Stefanis

2011

International Journal of Handheld Computing Research

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Business to consumer m-commerce services are here to stay. Their specifics, as software artifacts, indicate that they are primarily and most importantly user-driven; as such user perceived quality assessment should be an integral part of their design process. Mobile design processes still lack a formal and systematic quality control method. This paper explores m-commerce quality attributes using the external quality characteristics of the ISO9126 software quality standard. The goal is to provide a quality map of a B2C m-commerce system in order to facilitate more accurate and detailed quality evaluation. The result is a new evaluation framework based on decomposition of m-commerce services to three distinct user-software interaction patterns and mapping to ISO9126 quality characteristics.

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1.2.3 Towards a semantic‐based representation and computation of quantitative indexes for quality management of requirements

Álvarez-Rodríguez

Lloréns

Alejandres

et al. 2014

INCOSE International Symp

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Quality management of requirements has seen a dramatic increase of the amount of applications, management platforms, data, etc. gaining momentum in the Systems Engineering area and more specifically in the deployment of the next wave of critical system. In this context, one of the next big things lies in the creation of quality functions that can automatically detect and make decisions according to natural‐language based requirements specifications and models. In this sense quality indicator of requirements seeks for providing an intelligent environment for detecting values of such as correctness, consistency and completeness based on domain knowledge in which both functional and nonfunctional properties of system components can be validated and verified easing the transition to a smart system environment. Thus the testing of critical systems based on requirements quality can be seen as a special kind of policy‐making strategy that must compile several key indicators to summarize data and information and obtain an objective quantitative measure. Nevertheless the quantitative analysis of several quality indicators is becoming a challenging task due to natural language ambiguities and a tangled/heterogeneous environment of data, providers, etc. Existing tools and techniques based on traditional processes of quality assessment are preventing a proper use of the new dynamic and data environment avoiding more timely, adaptable and flexible (on‐demand) quantitative index creation and, as a consequence, more accurate decisions. On the other hand, semantic‐based technologies emerge to provide the adequate building blocks to represent domain‐knowledge and process data in a flexible fashion using a common and shared data model. That is why the present paper introduces a Resource Description Framework (RDF) vocabulary to semantically represent and compute quantitative indexes as part of the implementation of the Open Services for Lifecycle Collaboration initiative (OSLC) Quality Management specification. Finally some discussion, conclusions and future work are also outlined.

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The Evolution Path for Industrial Software Quality Evaluation Methods Applying ISO/IEC 9126:2001 Quality Model: Example of MITRE?s SQAE Method

Cited by 21 publications

References 3 publications

Integrated Student Affairs and Services Information System

Integrated Student Affairs and Services Information System

A Framework for the Quality Evaluation of B2C M-Commerce Services

1.2.3 Towards a semantic‐based representation and computation of quantitative indexes for quality management of requirements

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