Here is the synopsis of our sample research paper on The Use of Process Improvement Models in the Software Engineering Industry Including the Capability Maturity Model (CMM) and the Importance of the ISO 9000
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Essay / Research Paper Abstract
This is an 8 page paper discussing process improvement models in the software engineering industry. Process improvement models in the software engineering industry are important in the development of consistent and improved output of software. Many of the early models were based on generic manufacturing models and were difficult to apply in the software engineering process. A useful process however is defined in the capability maturity model (CMM) while allows for five stages of maturity in a project over the course of conception and the expected development in the first years of the process. The final stage of the CMM, level 5, allows for further change and improvements to continue. Regardless of the improvement model chosen for a software engineering company, its compliance with international standards, the ISO 9000, are also considered essential for the guarantee of continued high standards and improved quality. The documentation aspects of the ISO 9000 are also considered useful models in the establishment of a software development process.
Bibliography lists 17 sources.
Page Count:
8 pages (~225 words per page)
File: D0_TJprimp1.rtf
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Unformatted sample text from the term paper:
development of consistent and improved output of software. Many of the early models were based on generic manufacturing models and were difficult to apply in the software engineering process. A
useful process however is defined in the capability maturity model (CMM) while allows for five stages of maturity in a project over the course of conception and the expected development
in the first years of the process. The final stage of the CMM, level 5, allows for further change and improvements to continue. Regardless of the improvement model chosen for
a software engineering company, its compliance with international standards, the ISO 9000, are also considered essential for the guarantee of continued high standards and improved quality. The documentation aspects of
the ISO 9000 are also considered useful models in the establishment of a software development process. Improvement models in manufacturing allow for a
visual and applicable system which will ensure processes needed for planning and quality. Modeling and simulation not only estimate delivery performance of any process but also forecast quality, availability, lead
times, life cycle and end-of-life inventory. There are several modeling systems which exist and most are specific to the industry but several are also meant as generic in that they
can essentially be applied to any manufacturing environment (Mujaba, 1994). All levels within the engineering and science market however require simulation and process modeling as a thorough analysis of physical
systems which help to gain a better understanding of the physical world. Cellier in his text Continuous System Modeling (1991) also adds that "they are also important to the design
of new engineering systems where they enable us to predict the behavior of a system before it is actually built. Modeling and simulation are the only techniques available that allow
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