# tailieunhanh - Data Structures and Algorithms - Chapter 8: Heaps

## Structure property of heaps: •A complete or nearly complete binary tree. •If the height is h, the number of nodes n is between2h-1and (2h-1) •Complete tree: n = 2h-1 when last level is full. •Nearly complete: All nodes in the last level are on the left. | Chapter 8 - Heaps Binary Heap. Min-heap. Max-heap. Efficient implementation of heap ADT use of array Basic heap algorithms ReheapUp ReheapDown Insert Heap Delete Heap Built Heap d-heaps Heap Applications Select Algorithm Priority Queues Heap sort Advanced implementations of heaps use of pointers Leftist heap Skew heap Binomial queues 1 Binary Heaps DEFINITION A max-heap is a binary tree structure with the following properties The tree is complete or nearly complete. The key value of each node is greater than or equal to the key value DEFINITION A min-heap is a binary tree structure with the following properties The tree is complete or nearly complete. The key value of each node is less than or equal to the key value in each of its descendents. max-heap min-heap 2 Properties of Binary Heaps Structure property of heaps Key value order of heaps

TÀI LIỆU LIÊN QUAN
828    168    2
1    153    0
50    60    1
1    147    1
112    170    0
67    142    0
41    29    1
35    136    1
10    171    0
7    163    0
TÀI LIỆU XEM NHIỀU
8    462130    59
14    24108    76
13    11179    538
14    10424    463
3    9695    106
249    8738    1153
16    8386    424
8    7973    2259
17    7051    261
152    6994    1667
TỪ KHÓA LIÊN QUAN
TÀI LIỆU MỚI ĐĂNG
19    196    2    24-07-2024
41    154    1    24-07-2024
5    133    0    24-07-2024
32    137    0    24-07-2024
8    126    0    24-07-2024
309    118    0    24-07-2024
6    113    0    24-07-2024
12    114    0    24-07-2024
7    107    0    24-07-2024
26    115    2    24-07-2024
TÀI LIỆU HOT
8    7973    2259
152    6994    1667
112    4124    1320
62    5849    1215
249    8738    1153
561    3693    668
122    3862    603
274    4467    552
13    11179    538
35    4328    486