D1

D1 扫二维码继续学习

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  • 课时1:1.1.1 D1 introduction+understand algorithms 13:31
  • 课时2:1.1.2 Example 1 08:20
  • 课时3:1.1.3 Example 2 14:01
  • 课时4:1.2.1 Flow chart 15:59
  • 课时5:1.2.2 Example 6 09:51
  • 课时6:1.3.1 Bubble sort 18:39
  • 课时7:1.3.2 Example 8+9 18:52
  • 课时8:1.3.3 Rules of bubble sort 13:42
  • 课时9:1.4.1 Quick sort 18:07
  • 课时10:1.4.2 Example 10+11 15:44
  • 课时11:1.5.1 Binary search 17:34
  • 课时12:1.5.2 Example 17+rules of binary search 22:11
  • 课时13:1.6.1 Bin-packing lower bound 10:44
  • 课时14:1.6.2 First-fit algorithm 08:53
  • 课时15:1.6.3 First-fit decreasing algorithm 09:37
  • 课时16:1.6.4 Full-bin algorithm 09:12
  • 课时17:1.6.5 Example 16 10:06
  • 课时18:1.7 Summary 21:54
  • 课时19:2.1 Modelling with graphs 12:53
  • 课时20:2.2.1 Subgraph and degree 12:42
  • 课时21:2.2.2 Walk, path and trail 10:57
  • 课时22:2.3.1 Tree 06:09
  • 课时23:2.3.2 Isomorphic graphs 06:24
  • 课时24:2.4.1 Adjacency matrices 07:19
  • 课时25:2.4.2 Distance matrices 09:01
  • 课时26:2.5 Summary 08:52
  • 课时27:3.1.1 Kruskal's algorithm 22:38
  • 课时28:3.1.2 Example 1+2 20:11
  • 课时29:3.2.1 Prim's algorithm 11:54
  • 课时30:3.2.2 Example 3 10:39
  • 课时31:3.3.1 Applying Prim's algorithm to a distance matrix 12:11
  • 课时32:3.3.2 Example 4 07:50
  • 课时33:3.4.1 Dijkstra's algorithm 37:21
  • 课时34:3.4.2 Example 7 24:15
  • 课时35:3.4.3 Example 8 20:42
  • 课时36:3.5 Summary 27:29
  • 课时37:4.1.1 Eulerian graphs 21:50
  • 课时38:4.1.2 Example 1+2 14:42
  • 课时39:4.2.1 Route inspection algorithm 25:03
  • 课时40:4.2.2 Non Eulerian 16:46
  • 课时41:4.2.3 Example-5 22:38
  • 课时42:4.3 Summary 15:28
  • 课时43:5.1.1 The classical and practical problem 12:39
  • 课时44:5.1.2 Example 1 18:27
  • 课时45:5.2.1 Using a MST method to find an upper bound 21:45
  • 课时46:5.2.2 Example 6 15:09
  • 课时47:5.3.1 the nearest neighbour algorithm 11:46
  • 课时48:5.3.2 Using the NNA to find an upper bound 13:34
  • 课时49:5.3.3 Example 10 11:02
  • 课时50:5.4.1 Using a MST method to find a lower bound 16:27
  • 课时51:5.4.2 Example 8 12:00
  • 课时52:5.5 Summary 12:47
  • 课时53:6.1.1 Precedence table 18:04
  • 课时54:6.1.2 Example 2 06:11
  • 课时55:6.1.3 Activity network 14:56
  • 课时56:6.2.1 Dummy activities 1 12:17
  • 课时57:6.2.2 Dummy activities 2 10:39
  • 课时58:6.3.1 Early and late event times 17:42
  • 课时59:6.3.2 Example 6+7 04:12
  • 课时60:6.4 The float of an activity 08:27
  • 课时61:6.5.1 Critical activities 12:05
  • 课时62:6.5.2 Critical events 04:33
  • 课时63:6.6.1 Gantt charts 16:36
  • 课时64:6.6.2 Using Gantt charts 07:28
  • 课时65:6.7.1 Schedule in the critical time 20:28
  • 课时66: 6.7.2 Schedule with fewer workers 31:26
  • 课时67: 6.8 Summary 19:29
  • 课时68:7.1.1 Linear programming 21:06
  • 课时69:7.1.2 Example 2 07:33
  • 课时70:7.1.3 Example 3 12:22
  • 课时71: 7.2 Graphical methods 07:33
  • 课时72:7.3.1 Objective line method 22:19
  • 课时73:7.3.2 Example 7 14:53
  • 课时74:7.3.3 Vertex testing method 09:30
  • 课时75:7.4.1 Solutions with integer values 10:09
  • 课时76:7.4.2 Example 12 10:36
  • 课时77:7.5 Summary 11:36