Jon A. Wellner
Values of L_n, the length of the longest increasing subsequence
in 10^4 random permutations of {1, 2, ... , n} for n=7x10^6.
There was 1 permutation for which L_n was 5220, 1 for which
it was 5226, and so forth.
1 5220
1 5226
4 5229
2 5230
3 5231
2 5232
4 5233
4 5234
5 5235
11 5236
16 5237
19 5238
14 5239
16 5240
31 5241
36 5242
49 5243
48 5244
51 5245
73 5246
71 5247
93 5248
123 5249
132 5250
142 5251
159 5252
169 5253
196 5254
181 5255
207 5256
242 5257
273 5258
280 5259
274 5260
309 5261
312 5262
311 5263
311 5264
336 5265
347 5266
317 5267
345 5268
324 5269
299 5270
323 5271
287 5272
251 5273
253 5274
222 5275
249 5276
233 5277
224 5278
201 5279
175 5280
158 5281
147 5282
152 5283
134 5284
103 5285
95 5286
85 5287
83 5288
50 5289
66 5290
45 5291
43 5292
45 5293
30 5294
32 5295
25 5296
19 5297
25 5298
21 5299
20 5300
12 5301
7 5302
5 5303
3 5304
6 5305
8 5306
4 5307
1 5308
6 5309
1 5310
1 5312
1 5313
2 5317
1 5318
1 5323
1 5325
1 5326