• Both rely on deep levels of experience and knowledge fromthe foundat translation - • Both rely on deep levels of experience and knowledge fromthe foundat Indonesian how to say

• Both rely on deep levels of exper

• Both rely on deep levels of experience and knowledge from
the foundations of their scientific discipline
• Both rely on concrete data to inform the evolution of the
abstract model
However, the major difference lies in the refinement of abstract
models into models that can be analyzed, and the recognition that
imperfect model results require quantification of uncertainty. In
Software engineering, while model-driven development
approaches can generate technology-specific executables from
models, the level of model description required is far too detailed
for early architecture design activities. Unlike geoscientist and
scientists in other disciplines who use modeling and simulation
extensively, software architecture lacks a systematic approach for
refining abstract models into forms that can be analyzed for
attributes such as performance, scalability and reliability. We
believe that without such approaches, large scale applications will
continue to run unacceptably high levels of risks due to our lack
of understanding of the influence of architecture design decisions
on project quality, schedule and cost.
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• Both rely on deep levels of experience and knowledge fromthe foundations of their scientific discipline• Both rely on concrete data to inform the evolution of theabstract modelHowever, the major difference lies in the refinement of abstractmodels into models that can be analyzed, and the recognition thatimperfect model results require quantification of uncertainty. InSoftware engineering, while model-driven developmentapproaches can generate technology-specific executables frommodels, the level of model description required is far too detailedfor early architecture design activities. Unlike geoscientist andscientists in other disciplines who use modeling and simulationextensively, software architecture lacks a systematic approach forrefining abstract models into forms that can be analyzed forattributes such as performance, scalability and reliability. Webelieve that without such approaches, large scale applications willcontinue to run unacceptably high levels of risks due to our lackof understanding of the influence of architecture design decisionson project quality, schedule and cost.
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• Kedua mengandalkan level pengalaman dan pengetahuan dari
dasar-dasar disiplin ilmu mereka
• Kedua mengandalkan data konkret untuk menginformasikan evolusi
model abstrak
Namun, perbedaan utama terletak pada penyempurnaan abstrak
model ke model yang dapat dianalisis, dan pengakuan bahwa
hasil model yang tidak sempurna memerlukan kuantifikasi ketidakpastian. Dalam
rekayasa perangkat lunak, sementara pengembangan model-driven
pendekatan dapat menghasilkan teknologi spesifik executable dari
model, tingkat deskripsi model diperlukan terlalu rinci
untuk kegiatan desain arsitektur awal. Tidak seperti geoscientist dan
ilmuwan dalam disiplin lain yang menggunakan pemodelan dan simulasi
ekstensif, arsitektur perangkat lunak tidak memiliki pendekatan sistematis untuk
menyempurnakan model abstrak ke dalam bentuk yang dapat dianalisis untuk
atribut seperti kinerja, skalabilitas dan kehandalan. Kami
percaya bahwa tanpa pendekatan seperti, aplikasi skala besar akan
terus berjalan tingkat yang sangat tinggi dari risiko karena kurangnya
pemahaman tentang pengaruh keputusan desain arsitektur
pada kualitas proyek, jadwal dan biaya.
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