1 * Minimum Spanning Trees
5 o Red/Blue meta-algorithm
7 o Contractive algorithms
9 * Fine Details of Computation
16 * Advanced MST Algorithms
18 o Minor-closed classes
19 o Fredman-Tarjan algorithm
21 o Linear-time verification
22 o A randomized algorithm
23 o Special cases and related problems
25 * Approaching Optimality
30 o An optimal algorithm
32 * Dynamic MST algorithms
34 o (Semi-)dynamic algorithms
36 o Fully dynamic connectivity
38 . Almost minimum trees
40 * Ranking Combinatorial Objects
42 o Ranking and unranking
43 o Ranking of permutations
44 o Ranking of k-permutations
45 o Restricted permutations
46 o Hatcheck lady and other derangements
48 . ?? general perspective ??
55 - degree-restricted cases and arborescences
56 - bounded expansion classes?
61 - the general perspective: is it only a technical trick?
62 - ranking of permutations on general sets, relationship with integer sorting
63 - JN: explain approx scheme
64 - JN: 4.5.1: neslo by preci isolovat nejaky vlstnosti restriction matrices
65 tak aby byl speedup? Staci napr predpokladat 4.5.2 (jako to postulovat)
66 co je to vlastne za matice co splnuji 4.5.2
67 - JN: bounded-degree restriction graphs; would it imply general speedup?
71 - use \delta(X) notation
72 - use the notation for contraction by a set
73 - unify use of n(G) vs. n
74 - introduce \widehat\O early
78 * formatting of multi-line \algin, \algout
79 - use calligraphic letters from ams?
83 - each chapter should make clear in which model we work
84 - clean up bibliography