Alain Abrana,Kenza M, " Software Engineering from an Engineering Perspective:SWEBOK as a Study Object " , "",Vol.,No., Apoyo a la Decision en Ingenieria del Software - ADIS workshop, Congreso Espanol de Informatica - CEDI Conference, Zaragoza, Spain, 11/24/2007
Abstract:
Software engineering, as a discipline, is not yet as mature as other engineering disciplines and it lacks criteria to assess, from an engineering
perspective, the current content of its body of knowledge as embedded in the SWEBOK Guide.
What is then the engineering knowledge that should be embedded within software engineering?
Vincenti, in his book ‘What engineers know and how they know it’ has proposed a taxonomy of
engineering knowledge types.To investigate software engineering from an engineering perspective, these Vincenti’s categories of engineering knowledge are used to identify
relevant engineering criteria and their presence in SWEBOK.
Keywords – Software Engineering,
SWEBOK, ISO 19759, Vincenti, Engineering
Knowledge Types
Kenza Meridji, Olga, " Measuring Consistency of the Analysis Model: An XML Approach " , "In Proceedings of the 13th International Workshop on Software Measurement (IWSM2003)",Vol.,No., Springer-Verlag, Montreal, Canada, 11/24/2003
Al-Khasawneh, A. Al-, " Early identification, specification and measurement for data definition and database requirements.” " , "Conference",Vol.,No., IEEE-CS Press, Amman, Jordan, 05/14/2012
Al-Sarayreh, K.T., A, " A Standard Based Reference Framework for System Adaptation and Installation Requirements " , "Conference",Vol.,No., IEEE-CS Press, Paris, France, 09/12/2012
Kenza Meridji, Ghass, " A Development Approach of Software Requirements for Renewable Energy Applications Using Fundamental Principles of Software Engineering " , "Information Technology for Renewable Energy IT-DREPS ",Vol.,No., , Amman-Jordan, 05/29/2013
Abstract:
Energy engineering is a new multi-disciplinary engineering field to develop innovative renewable energy systems. On other hand software engineering (SE) is an emerging engineering discipline. The goal of this emerging discipline is the development software’s with high quality, compared with other traditional engineering fields, software engineering lacks maturity. Much of the research done up to date concentrated on developing tools and methods and less work has been done on the development of the foundations for instance, such as defining the principles and the application of these principles to software development. This paper proposes a development approach for renewable energy software’s using candidate’s principles for software engineering. In addition, to the process of operationalization of some selected engineering principles for renewable energy software’s.
Khalid T. Al-Sarayre, " Towards of A priori and Posteriori Estimation Models for Renewable Energy Projects in Software Engineering " , "Information Technology for Renewable Energy IT-DREPS",Vol.,No., , , 05/29/2013
Abstract:
currently, cost estimation for renewable energy projects is one of the important issues in software engineering projects. It has been observed in the industry that cost estimates of renewable energy (RE) projects often differ from the final costs by a factor of two or more; such large overestimates impact on process integrity and ultimately, on final quality. RE development organizations are expected to deliver projects on time and with estimated budget in a context of fixed-price contracts. To meet these market demands, managers must determine well in advance such estimates which are called the a priori cost estimation. These organizations typically use estimation techniques based either on informal opinions or organizational experience, or on a posteriori estimation models developed internally or developed by outside consultancy. This paper collects most of the common used models of the cost estimation models throughout the apriori and aposteriori contexts, and highlights some of the confusion in using these estimation models in software engineering development projects for RE and lists some of the estimation techniques used in A priori and A posteriori contexts.
Kenza Meridji, Khali, " Integrated Model of Photovoltaic Solar System with the Sound Biometric Techniques to Generate Energy and Reduce Electricity Consumption in Jordan Highways " , "Information Technology for Renewable Energy IT-DREPS",Vol.,No., , Amman - Jordan, 05/29/2013
Abstract:
Photovoltaic system (PVS) is used for generating electric power by using solar cells to convert energy from the sun light into a flow of direct current electricity, which can be used to power equipment or to recharge a battery. In addition, the Sound biometric techniques can enable PVS to listen and understand their surrounding auditory environment since turning the lights on all the nights will get through a lot of energy which it might be used in other significant concerns. This paper proposed a model of combination between PVS to generate power energy (electricity) from the sunlight controlled by a sound biometric technique to reduce the consumption of the generated power energy by turning the lights on for the highways only when there are cars on the highway and only for some period of time to make the driving out of harmful ways and trouble-free; followed by an implementation of the proposed combination model between the PVS and biometric sound chip and a presentation of a discussion of the proposed system results.
