MARC

 008020816s2001        ulka                    000a    kor
■020    ▼a89-8468-039-7
■0801  ▼a658.4
■082    ▼a658.4032▼b김68ㅅ▼223
■090    ▼a658.4032▼b김68ㅅ
■1000  ▼a김신홍,  이광제,  안종득
■24510▼a실무중심의  시스템분석과  설계/▼d김신홍,  이광제,  안종득  공저
■260    ▼a서울▼b(도서출판)21세기사,▼c2001
■300    ▼a383p.:▼b삽도▼c26cm
■505    ▼a제1부  시스템  분석  및  설계▼a제1장  시스템의  일반▼c14▼a1.1  시스템의  개념▼c14▼a1.2  시스템  개발  방법▼c18▼a1.3  시스템  개발  단계▼c18▼a제2장  시스템  분석▼c21▼a2.1  시스템  기초조사▼c21▼a2.2  요구분석▼c34▼a2.3  기본  설계▼c38▼a제3장  시스템의  설계▼c4500▼a3.1  코드설계▼c4511▼a3.2  입력  설계▼c5422▼a3.3  출력  설계▼c7133▼a3.4  파일  설계▼c7644▼a3.5  프로그램  설계▼c8755▼a3.6  시스템  평가▼c9466▼a제2부  구조적  분석  및  설계77▼a제4장  소프트웨어  개발  주기▼c10488▼a제5장  IPT(Inproved  Programming  Technique)기법▼c11799▼a5.1  HIPO(Hierarchy  plus  Input  Process  Output)기법▼c11700▼a5.2  Top-down  프로그래밍▼c12011▼a5.3  구조적  프로그래밍▼c12122▼a5.4  프로그램  기술  언어▼c12533▼a5.5  나씨-슈나이던만  차트▼c12544▼a5.6  구조적  코딩▼c12655▼a제6장  구조적  분석  기법▼c12966▼a6.1  구조적  분석의  개요▼c13077▼a6.2  자료  흐름도▼c13288▼a6.3  자료사전▼c14899▼a6.4  처리  명세서▼c15000▼a제7장  구조적  설계  기법▼c15511▼a7.1  구조도▼c15522▼a7.2  공동  소유  자료영역▼c15833▼a7.3  구조도  해석▼c15844▼a7.4  모듈명세서▼c15955▼a7.5  구조도  작성  전략▼c16166▼a7.6  구조적  설계▼c16577▼a제8장  CASE  도구▼c17788▼a8.1  정의▼c17799▼a8.2  CASE의  분류▼c17700▼a제3부  객체지향  분석  및  설계11▼a제9장  객체지향  이란▼c18622▼a9.1  객체지향  기술의  인식▼c18633▼a9.2  객체지향적  소프트웨어  시각▼c18644▼a9.3  객체지향  프로그래밍의  장.단점▼c20655▼a제10장  객체지향  개발  방법론▼c20966▼a10.1  OMT  방법론▼c20977▼a10.2  UML방법론▼c22988▼a10.3  OOSE▼c23799▼a10.4  ROOM▼c23900▼a10.5  UML-RT▼c24111▼a제11장  객체지향  분석▼c24322▼a11.1  구조적  방법▼c24433▼a11.2  객체지향적  방법▼c24444▼a11.3  객체  모델▼c24555▼a11.4  동적  모델▼c25666▼a11.5  기능모델▼c26577▼a제12장  객체지향  설계▼c27188▼a제13장  객체지향  프로그래밍  언어▼c27799▼a제14장  소프트웨어  재사용▼c31100▼a14.1  목적▼c31111▼a14.2  재사용을  위한  단계별  방법▼c31122▼a14.3  재사용  동기  및  배경▼c31233▼a14.4  재사용의  장점▼c31244▼a14.5  재사용의  특성▼c31255▼a14.6  재사용의  종류▼c31366▼a14.7  소프트웨어  재사용  분류기술▼c31477
■9500  ▼b￦14000

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