suyeon96 / Datastructure

Data Structures in C++

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Datastructure

SSU Datastructure Class

Summary

1. A Lead

Blog

  • Data Structure?
  • Abstract Data Type (ADT)
  • Algorithm
  • Time Complexity & Space Complexity
  • Big-O Notation

2. Array & Class

Blog

  • Array
  • Address of an Array
  • Call by Value vs Call by Reference
  • Struct
  • Class
  • Object-Oriented Programming

Code

  • 2.1 1차원, 2차원 배열 선언 및 크기 구하기
  • 2.2 Call by Value vs Call by Reference
  • 2.3 함수의 매개변수로 배열 전달
  • 2.4 구조체 정의 및 사용
  • 2.5 클래스 정의 및 사용
  • 2.6 다항식 예제
  • 2.7 희소 다항식 예제

3. Stack

Blog

  • Stack
  • Stack using Array
  • Stack using LinkedList
  • Stack in C++ STL
  • Stack in Java library
  • Check Bracket
  • Infix → Postfix → Calc
  • Depth First Search (DFS)

Code

  • 3.1 Array를 이용한 Stack
  • 3.2 LinkedList를 이용한 Stack
  • 3.3 괄호검사 알고리즘 예제
  • 3.4 중위표기식 -> 후위표기식 -> 계산 예제
  • 3.5 미로탐색(DFS) 예제

4. Queue & Deque

Blog

  • Queue
  • Queue using Array
  • Circular Queue
  • Circular Queue using Array
  • Fibonacci numbers
  • Breadth First Search (BFS)

Blog

  • Deque
  • Circular Deque using Array
  • Circular Deque using LinkedList

Code

  • 4.1 Array를 이용한 Linear Queue
  • 4.2 Array를 이용한 Circular Queue
  • 4.3 Array를 이용한 Circular Deque
  • 4.4 Singly Linked List를 이용한 Queue
  • 4.5 Doubly Linked List를 이용한 Deque
  • 4.6 피보나치 수열 계산 예제
  • 4.7 미로탐색(BFS) 예제

5. Pointer

Blog

  • Pointer
  • Double·Triple Pointers
  • Call by Value vs Call by Reference
  • Array & Pointer
  • Class object pointers and Accessing member functions

Blog

  • Stack and Heap memory
  • Dynamic memory allocation
  • Static memory allocation
  • new & delete
  • Dynamically allocation a 2D Array

Code

  • 5.1 포인터 기본
  • 5.2 다중 포인터
  • 5.3 Call by Value vs Call by Reference
  • 5.4 배열과 포인터
  • 5.5 객체의 멤버에 접근하는 방법
  • 5.6 정적배열 vs 동적배열
  • 5.7 동적메모리 할당 - new & delete
  • 5.8 2차원 배열의 동적할당

6. List

Blog

  • List
  • Array vs List
  • ArrayList
  • LinkedList
  • ArrayList vs LinkedList
  • Singly LinkedList
  • Circular LinkedList
  • Doubly LinkedList
  • Head pointer vs Head node

Code

  • 6.1 ArrayList
  • 6.2 Singly LinkedList (head pointer 사용)
  • 6.3 Singly LinkedList (head node 사용)
  • 6.4 Singly LinkedList 응용 (reverse, merge)
  • 6.5 Doubly LinkedList (head node 사용)

7. Recursion

Blog

  • Recursion
  • Iteration vs Recursion
  • Factorial
  • Power
  • Fibonacci numbers
  • Tower of Hanoi
  • Blob coloring

Code

  • 7.1 Factorial
  • 7.2 Power
  • 7.3 Fibonacci
  • 7.4 Tower of Hanoi
  • 7.5 BW 이미지 영역채색
  • 7.6 각 함수의 재귀호출 빈도 측정
  • 7.7 순환을 이용하여 문자열 뒤집기

8. Tree

Blog

  • Tree
  • Tree Terminology and Definitions
  • Binary Tree
  • Encoding General tree as Binary tree
  • Full Binary Tree
  • Complete Binary Tree
  • Properties of Binary Tree
  • Binary Tree using Array
  • Binary Tree using Link
  • Traversal of Binary Tree

Blog

  • Binary Search Tree
  • Operations of BST

Blog

  • Priority Queue
  • Heap
  • Operations of Priority Queue
  • Priority Queue in C++ STL
  • Heap Sort

Code

  • 8.1 이진 트리
  • 8.2 이진탐색 트리
  • 8.3 우선순위 큐
  • 8.4 우선순위 큐 (STL활용)
  • 8.5 힙 정렬

9. Graph

Blog

  • Graph
  • Graph Terminology and Definitions
  • Type of Graph
  • Adjacency Materix
  • Adjacency List
  • Depth First Search (DFS)
  • Breadth First Search (BFS)
  • Connected Component
  • Spanning Tree

Code

  • 9.1 인접 행렬(Adjacency Matrix)을 이용한 Graph (무방향 그래프)
  • 9.2 인접 리스트(Adjacency List)을 이용한 Graph (무방향 그래프)
  • 9.3 Graph 깊이우선탐색(DFS) 예제 - Adjacency Matrix
  • 9.4 Graph 깊이우선탐색(DFS) 예제 - Adjacency List
  • 9.5 Graph 너비우선탐색(BFS) 예제 - Adjacency Matrix
  • 9.6 Graph 너비우선탐색(BFS) 예제 - Adjacency List
  • 9.7 Graph 최종
  • 9.8 Graph 최종 (txt파일 load하여 graph 생성)
  • 9.9 Connected Component(연결 성분) 탐색 프로그램 예제
  • 9.10 Graph의 브리지 전체 개수 구하기 예제

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Data Structures in C++


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