BOOTSTRAP: a software process assessment and improvement methodology

Similä, S; Kuvaja, Pasi; Krzanik, Lech

doi:10.1109/apsec.1994.465261

“…CMM concepts have also been included in CMMI [16] over time to integrate various disciplines like integrated process and product development, software engineering, system engineering, and supplier sourcing. The BOOTSTRAP [38] methodology has also been used to perform process assessment of organizations by identifying their weaknesses and strengths and offering improvement guidelines. BOOTSTRAP is also made up of five levels but divides the process area into technology, organization, and methodology.…”

Section: General Software Development Assessment/maturity Modelsmentioning

confidence: 99%

“…To define maturity level, ranking is considered an important part of the process assessment methodology. As discussed earlier, many software process assessment models such as CMMI [16], SPICE [39], and BOOTSTRAP [38] use ranking to define their proposed maturity models. The proposed DGMM also uses ranking to define the level of maturity.…”

Section: Framework Of a Dgmmmentioning

confidence: 99%

A Digital Game Maturity Model (DGMM)

Aleem

¹

,

Capretz

²

,

Ahmed

³

2016

Entertainment Computing

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a b s t r a c tGame development is an interdisciplinary concept that embraces software engineering, business, management, and artistic disciplines. This research facilitates a better understanding of the business dimension of digital games. The main objective of this research is to investigate empirically the effect of business factors on the performance of digital games in the market and to answer the research questions asked in this study. Game development organizations are facing high pressure and competition in the digital game industry. Business has become a crucial dimension, especially for game development organizations. The main contribution of this paper is to investigate empirically the influence of key business factors on the business performance of games. This is the first study in the domain of game development that demonstrates the interrelationship between key business factors and game performance in the market. The results of the study provide evidence that game development organizations must deal with multiple business key factors to remain competitive and handle the high pressure in the digital game industry. Furthermore, the results of the study support the theoretical assertion that key business factors play an important role in game business performance.

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Requirements on Dimensions for a Maturity Model for Smart Grids Based on Two Case Studies

Flore

¹

,

Gómez

²

2022

Research Anthology on Smart Grid and Microgrid Development

0

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This contribution describes two different types of requirements engineering analysis of the necessary dimensions of a possible maturity model for Smart Grids to be implemented for utilities. For the first case study, the requirements engineering for necessary dimensions for a Smart Grid maturity model was elicited using a systematic literature research. On the contrary a more agile approach is used for the second requirements engineering. For this more agile approach, interviews with energy suppliers were conducted, taking into account the analysis of the literature research. Various energy suppliers from Germany took part in the survey. The results were used to develop the basic framework for a maturity model for Smart Grids, which can still be tailored if necessary. Finally, future research activities for the application and further development of maturity models for Smart Grids in the energy industry are explained as well as the different procedural variants in the requirements analysis.

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Requirements on Dimensions for a Maturity Model for Smart Grids Based on Two Case Studies

Flore

¹

,

Gómez

²

2021

Advances in Systems Analysis, Software Engineering, and High Performance Computing

0

View full text Add to dashboard Cite

This contribution describes two different types of requirements engineering analysis of the necessary dimensions of a possible maturity model for Smart Grids to be implemented for utilities. For the first case study, the requirements engineering for necessary dimensions for a Smart Grid maturity model was elicited using a systematic literature research. On the contrary a more agile approach is used for the second requirements engineering. For this more agile approach, interviews with energy suppliers were conducted, taking into account the analysis of the literature research. Various energy suppliers from Germany took part in the survey. The results were used to develop the basic framework for a maturity model for Smart Grids, which can still be tailored if necessary. Finally, future research activities for the application and further development of maturity models for Smart Grids in the energy industry are explained as well as the different procedural variants in the requirements analysis.

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BOOTSTRAP: a software process assessment and improvement methodology

Cited by 3 publications

References 3 publications

A Digital Game Maturity Model (DGMM)

A Digital Game Maturity Model (DGMM)

Requirements on Dimensions for a Maturity Model for Smart Grids Based on Two Case Studies

Requirements on Dimensions for a Maturity Model for Smart Grids Based on Two Case Studies

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