Quality Assurance Methods for Model-Based Development: A Survey and Assessment

Fey, Ines; Stürmer, Ingo

doi:10.4271/2007-01-0506

Cited by 11 publications

(4 citation statements)

References 3 publications

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“…Jim McCall et al [7] has identified 11 quality factors in order to ensure the quality of product to meet user satisfaction. One of 11 quality attribute is simplicity.…”

Section: Simplicitymentioning

confidence: 99%

Quality Factor between Visual Studio and Android Studio for Developing Video Control Based on Hand Gestures

Aman¹,

Yasin²,

Azizan³

2018

IJTSRD

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In this paper, research of a video control, based on hand gesture which recognizes a play and pause, is proposed. In the field of image processing, being able to recognize human gesture in daily life application is one of the most appealing technology as i the communication between human and machine. Comparative tools such as Visual Studio (VS) and Android Studio (AS) can be used in developing the video control based on hand gestures. A comparison that will be discussed in this paper is based on quality factor which is the simplicity for each of the software proposed.

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“…Jim McCall et al [7] has identified 11 quality factors in order to ensure the quality of product to meet user satisfaction. One of 11 quality attribute is simplicity.…”

Section: Simplicitymentioning

confidence: 99%

Quality Factor between Visual Studio and Android Studio for Developing Video Control Based on Hand Gestures

Aman¹,

Yasin²,

Azizan³

2018

IJTSRD

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“…Checking a model for modeling guidelines will provide a set of valuable information about what best practices or guidelines are violated. Thus it contributes to the quality of the model (Fey and Stürmer, 2007). Measuring and assessing the quality of the model for code generation has various aspects including structured and automated testing, coverage analysis, complexity analysis, modeling guidelines (Stürmer and Pohlheim, 2012).…”

Section: Integration Workflowmentioning

confidence: 99%

Model Integration Workflow for Keeping Models up to Date in a Research Simulator

Gerlach

Durak

Gotschlich

2014

Proceedings of the 4th International Conference on Simulation and Modeling Methodologies, Technologies and Applications

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Flight simulators can be categorised as research simulators, engineering simulators and training simulators. Research simulators can be introduced as both test beds for flight simulator research and computational tools for flight systems and human factors research. While engineering simulators are utilised for systems development, training simulators are used for flight training. The models that are used in training simulators and also in engineering simulators are more mature and stable. On the other hand, the models in research simulators are subject to a constant change. While Model Based Design and Software Development has brought us agile model development workflows, so that modellers can update their models more easily, it came up with some serious systems integration and testing problems, so systems developers need to establish mechanisms to tackle frequent behaviour and interface changes. DLR's Institute of Flight Systems (FT) has a long tradition in flight research and simulation of various flight vehicles. Currently a modern research simulator facility is being operated at DLR Braunschweig-AVES (Air Vehicle Simulator). AVES is designed such that interchangeable cockpits of rotorcraft (EC135) and airplanes (A320) can be operated on motion and fixed-base platforms according to the particular needs. 2Simulate is the enabling real-time simulation infrastructure of the AVES. This paper presents 2Simulate model integration workflow based on Mathwork's Simulink Coder.

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“…A.H. Khan et al[15] follow National Drainage Consultants (NDC) and Project Monitoring Organization (PMO) standards. I.Fey et al[20] focused on Model-Based development to improve automotive embedded software development processes. R. E. Schlegel et al[18] follow Advisory Group for Aerospace Research and Development Standardized Tests for Research with Environmental Stressors (AGARD STRES) to improve Quality and usability.…”

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confidence: 99%

Quality Assurance Standards and Survey of IT Industries

Khalid¹

2013

IOSR-JCE

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Quality of the product depends on customer satisfaction which can be achieved by applying standards. Different standards have been reported in this literature that assist in improving Quality of products. The intent of each standard is to assure Quality in the processes and achieve a standard product. This research is the comprehensive survey of Standards followed by IT industries for assuring Quality in their products. After analysis of Standards, it has been explored that the techniques after adopting these Standards shows improvement in the systems. The IT businesses follow ISO (

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Quality Assurance Methods for Model-Based Development: A Survey and Assessment

Cited by 11 publications

References 3 publications

Quality Factor between Visual Studio and Android Studio for Developing Video Control Based on Hand Gestures

Quality Factor between Visual Studio and Android Studio for Developing Video Control Based on Hand Gestures

Model Integration Workflow for Keeping Models up to Date in a Research Simulator

Quality Assurance Standards and Survey of IT Industries

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