00_cover_page
01_graph_optimization_building_mi
02_the_core_problem_connect_every
03_real_world_applications
04_graph_theory_refresher
05_what_is_a_spanning_tree
06_defining_the_minimum_spanning_
07_fundamental_properties_of_msts
08_the_greedy_strategy
09_the_cut_property_why_greedy_wo
10_introducing_prim_s_algorithm
11_analogy_the_expanding_frontier
12_prim_s_algorithm_walkthrough_i
13_prim_s_algorithm_walkthrough_t
14_prim_s_algorithm_walkthrough_u
15_prim_s_algorithm_walkthrough_t
16_interactive_quiz_which_edge_is
17_implementing_prim_s_required_d
18_implementation_1_adjacency_mat
19_when_is_o_v_2_good_dense_graph
20_finding_the_minimum_faster_the
21_implementation_2_adjacency_lis
22_when_is_o_e_log_v_better_spars
23_complexity_showdown_v_2_vs_e_l
24_application_designing_a_campus
25_application_image_segmentation
26_common_pitfall_disconnected_gr
27_common_pitfall_managing_the_vi
28_debugging_challenge_find_the_b
29_a_glimpse_of_kruskal_s_algorit
30_kruskal_s_helper_the_disjoint_
31_prim_s_vs_kruskal_s_a_quick_co
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