MARC

 008060613s2004        ulka                    000a    kor
■020    ▼a89-89975-42-5
■0801  ▼a681.3.021
■082    ▼a005.43▼bY25r▼223
■090    ▼a005.43▼bY25r
■1000  ▼aYao,  Qing  Li,  Caroline
■24510▼aRTOS를  이용한  실시간  임베디드  시스템  디자인/▼dQing  Li,  Caroline  Yao  공저▼e전동환,  성원호  공역
■260    ▼a서울▼b에이콘  출판(주),▼c2004
■300    ▼a292p.:p.▼b삽도▼c26cm
■505    ▼a1_  서론▼a1.1  실생활에서의  임베디드  시스템  예▼c2▼a1.2  실시간  임베디드  시스템▼c10▼a1.3  임베디드  시스템의  미래▼c16▼a1.4  기억할  점▼c17▼a2_  임베디드  시스템  개발의  기초▼a2.1  소개▼c19▼a2.2  링커와  링크  과정의  개요▼c20▼a2.3  실행  파일의  형식▼c23▼a2.4  타겟  임베디드  시스템으로  실행  이미지  매핑▼c2700▼a2.5  기억할  점▼c3411▼a3_  임베디드  시스템  초기화22▼a3.1  소개▼c3533▼a3.2  타겟  시스템용  툴과  이미지  전송▼c3644▼a3.3  타겟  부트  시나리오▼c955▼a3.4  온-칩(On-Chip)  디버깅▼c5166▼a3.6  기억할  점▼c5277▼a4_  실시간  운영체제  소개88▼a4.1  소개▼c5399▼a4.2  운영체제의  역사▼c5400▼a4.3  RTOS  의  정의▼c5511▼a4.4  스케줄러▼c5722▼a4.5  오브젝트▼c6133▼a4.6  서비스▼c6244▼a4.7  ROTS의  주요특성▼c6255▼a4.8  기억할  정▼c6466▼a5_  태스크77▼a5.1  소개▼c6588▼a5.2  태스크의  정의▼c6699▼a5.3태스크  상태와  스케줄링▼c6700▼a5.4  전형적인  태스크  오퍼레이션▼c7211▼a5.5  전형적인  태스크  구조▼c7622▼a5.6  동기화,통신,병행성▼c7733▼a5.7  기억할  점▼c7844▼a6_  세마포어/SEMAPHORES55▼a6.1  소개▼c7966▼a6.2  세마포어  정의▼c7977▼a6.3  전형적인  세마포어  오퍼레이션▼c8488▼a6.4  전형적인  세마포어의  사용▼c8799▼a6.5  기억할점▼c9500▼a7_  메시지큐/MESSAGE  QUEUES11▼a7.1  소개▼c9722▼a7.2  메시지큐의  정의▼c9733▼a7.3  메시지큐의  상태▼c9944▼a7.4  메시지큐의  내용▼c10055▼a7.5  메시지큐의  저장▼c10166▼a7.6  전형적인  메시지큐  오퍼레이션▼c10177▼a7.7  전형적인  메시지큐의  사용▼c10588▼a7.8  기억할  점▼c11099▼a8_  그  밖의  커널  오브젝트00▼a8.1  소개▼c11111▼a8.2  파이프▼c11122▼a8.3  이벤트  레지스터▼c11833▼a8.4  시그널▼c12144▼a8.5  조건  변수▼c12655▼a8.6  기억할  점▼c13066▼a9_  그밖의  RTOS  서비스77▼a9.1  소개▼c13388▼a9.2  그  밖의  구성요소▼c13399▼a9.3  컴포넌트  환경  설정▼c13900▼a9.4  기억할  점▼c14111▼a10_  예외와  인터럽트22▼a10.1  소개▼c14333▼a10.2  예외와  인터럽트란  무엇인가?▼c14444▼a10.3  예외와  인터럽트의  활용  용도▼c14555▼a10.4  예외와  인터럽트의  심화▼c14666▼a10.5  일반  예외의  처리▼c15077▼a10.7  기억할점▼c16588▼a11_  타이머와  타이머  서비스99▼a11.1  소개▼c16700▼a11.2  실시간  클럭과  시스템  클럭▼c16811▼a11.3  프로그래밍  가능한  주기  타이머▼c16922▼a11.4  타이머  인터럽트  서비스  루틴▼c17133▼a11.5  소프트  타이머  기능의  구현모델▼c17144▼a11.6  타이밍  훨▼c17655▼a11.7  소프트  타이머와  타이머  관련동작▼c18266▼a11.8  기억할  점▼c18577▼a12_  I/O서브  시스템88▼a12.1  소개▼c18799▼a12.2  기본  I/O의  개념▼c18800▼a12.3  I/O서브시스템▼c19211▼a12.4  기억할  점▼c19722▼a13_  메모리  관리33▼a13.1  소개▼c19944▼a13.2  임베디드  시스템에서의  동적  메모리  할당▼c20055▼a13.3  임베디드  시스템에서의  고정  크기  메모리  관리▼c20866▼a13.4  블로킹  vs  논블로킹  메모리  함수▼c20977▼a13.5  하드웨어  메모리  관리  유닛▼c21188▼a13.6  기억할  점▼c21299▼a14_병행성을  고려한  응용프로그램  모듈화00▼a14.1  소개▼c21311▼a14.2  응용  프로그램  분화에  대한  아웃사이드-인  방법론▼c21422▼a14.3  병행성  파악을  위한  가이드라인과  권장사항▼c21733▼a14.4  스케줄  가능성  분석-주기  단조  분석▼c22544▼a14.5  기억할  점▼c22955▼a15_  통신화의  통신66▼a15.1  소개▼c23177▼a15.2  동기화▼c23188▼a15.3  통신▼c23699▼a15.4  자원  동기화  방법▼c2380000▼a15.5  크리티컬  섹션  다시  보기▼c2400101▼a15.6  일반적으로  사용되는  실전  디자인  패턴▼c2410202▼a15.7  특정  상황에  대한  디자인  패턴▼c2470303▼a15.8  기억할  점▼c2580404▼a16_  일반적인  디자인  문제0505▼a16.1  소개▼c2590606▼a16.2  자원의  분류▼c2600707▼a16.3  데드락▼c2600808▼a16.4  우선  순위  역전▼c2730909▼a16.5  기억할  점▼c2801010
■7001  ▼a전동환,  성원호
■950    ▼b￦30000
■971    ▼a전동환,  성원호  공역

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