8. Functional and Data Component (3)
0. Component
1. Functional component
1-1. Functional component란?
1-2. Functional component 도출 방법
1-3. Functional component를 활용한 class implementation
1-4. UML에서 어떻게 Component를 나타내는가
1-5. Provided interface, Required interface
2. Data component
2-1. Data component란?
2-2. Data component 도출 방법
https://do-my-best.tistory.com/entry/Functional-and-Data-Component
9. Design Patterns (3)
1. Design patterns란?
1-1. Design pattern 분류
1-2. Design pattern의 원칙
2. Composite Design Pattern
2-1. Composite Design Pattern의 적용 동기
2-2. Composite Design Pattern의 적용
2-3. Composite Design Pattern 요소
2-4. Composite Design Pattern의 효과
3. Observer Design Pattern
3-1. Observer Design Pattern의 적용 동기
3-2. Observer Design Pattern의 적용
3-3. Observer Design Pattern의 요소
3-4. Observer Design Pattern의 결과
4. Strategy Design Pattern
4-1. Strategy Design Pattern의 적용 동기
4-2. Strategy Design Pattern의 적용
4-3. Strategy Design Pattern의 요소
4-4. Strategy Design Pattern의 결과
5. Template Method Design Pattern
5-1. Template Method Design Pattern의 적용 동기
5-2. Template Method Design Pattern의 적용
5-3. Template Method Design Pattern의 요소
5-4. Template Method Design Pattern의 결과
https://do-my-best.tistory.com/entry/Software-Analysis-and-Design-Design-Patterns
10. Software Architecture Design (2)
1. Software Architecture
2. Software Architecture의 구성 요소
2-1. Component
2-2. Connector
2-3. Principle
2-4. Conceptual model
2-5. Software Architecture과 SRS의 관계
3. Software Architecture Description(AD)
3-1. Software Architecture Design의 요소
3-2. Architecture Design Methodology(방법론)
4. 예시
4-1. Skeleton Archtiecture를 위한 Arcitecture Stlye : MVC
4-2. Design for view를 위한 Arcitecture View
https://do-my-best.tistory.com/entry/Software-Analysis-and-Design-Software-Architecture-Design
11. Software Architecture Styles (1)
1. Software Architecture Style
1-2. Software Architecture style이란?
1-2. Software architecture style이 정의하는 것
1-3. Software architecture style의 요소
1-4. Software architecture style의 표현 예
2. Architecture style의 예시
2-1. Batch Sequential Architecture Style
2-2. Pipe and Filter Architecture Style
2-3. Shared Repository Architecture Style
2-4. Layered Architecture Style
2-5. MVC Architecture Style
2-6. Client Server Architecture Style
2-7. Microservice Architecture Style
2-8. Publish and Subscribe Architecture Style
https://do-my-best.tistory.com/entry/Software-Analysis-and-Design-Software-Architecture-Styles
12~13. ML
1. Intelligence
1-1. Intelligence의 정의
1-2. Intelligence를 평가하는 척도
2. Intelligent system
2-2. Intelligent system의 목적 (중요해보임)
2-3. Intelligent system의 방법론
2-4. Intelligent system의 특징 (중요해보임)
3. Learning
4. ML
5. ML for Intelligent system (중요해보임)
https://do-my-best.tistory.com/entry/Software-Analysis-and-Design-1
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