第1回：ソフトウェア工学とは？ ソフトウェア工学の起源 ソフトウェア工学と
Contents
1.2. 2 EN A A
3. 4 5 gt 6 Functionality Suitability Accuracy mteroperability
4. SO IEC 9126 1 2 3
5. lt 1 6 5
6. 1 35 IFPUG International Function Point Users Group URL http www ifpug org
7. 1 B W Boehm A Sp g Model of Software Development and Enhancement IEEE Computer May 1988
8. Compliance Security Usability Understandability Learnability Operability Maintainability Analysability gt
9. 2 ELOC ELOC SLOC ELOC ELOC ELOC ELOC ELOC ELOC 100
10. Changeability gt Stability gt Testability Reliability 1 Maturity 2 Fault tolerance 3 Recoverability
11. 5 SD who workers what artifact how activity when workflow why
12. 3 1 Caper Jones Patterns of software systems failure and success Int Thompson Computer Press 1996 The systematic approach to the development operation maintenance retirement of software IEEE Standard Glossary The establishment and use of sound engineering principles in order to obtain economically software that is reliable and works effectively on real machine F Bauer 1969 1968 NATO Science Committee 1960
13. Efficiency 1 Time behavior 2 Resource behavior Portability Adaptability Installability Conformance Replaceability
14. 3 A 13 800 LOC B 15 700 LOC C 21 000 LOC 16 833 LOC 2 2 A 18 500 LOC B 19 500 LOC C 20 000 LOC 19 333 LOC Weaterfall Model Prototype Model Spiral Model ee
15. oo TE Mud Software engineering involves the practical application of scientific knowledge to the design and construction of computer programs and the associated documentation required to develop operate and maintain them B W Boehm 1976 Software engineering is the technological and managerial discipline concerned with systematic production and maintenance of software products that are developed end modified on time and within cost estimates R E Fairley 198S
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