OFFSET
1,1
COMMENTS
Table starts
.......512.......2812.....12616......54236.....236024.....1021428......4351908
......2812......14681.....72644.....382316....1989857....10193041.....52034327
.....12616......59531....268900....1420232....7815717....43088793....240716320
.....54236.....223357....718226....2983064...12249828....49369118....197326142
....236024.....888391...2192422....9308828...35691048...159041102....742483152
...1021428....3647288...6729896...29231312...87535036...325742026...1249946456
...4351908...15380009..21120938...98883824..214982444...933774220...3756830312
..18369164...65954108..68298122..378114160..718305580..3391678348..14833693096
..77344420..284203166.216717474.1430424048.1845854060..9927463676..43837197480
.325241108.1230877185.690324184.5564609520.5194299052.34363573228.151675299240
LINKS
R. H. Hardin, Table of n, a(n) for n = 1..638
FORMULA
Empirical for column k:
k=1: [linear recurrence of order 17],
k=2: [order 21] for n>25,
k=3: [order 13] for n>19,
k=4: [order 12] for n>18,
k=5: [order 14] for n>21,
k=6: [order 12] for n>20,
k=7: [order 17] for n>25.
Empirical for row n:
n=1: [same linear recurrence of order 17],
n=2: [order 32] for n>37,
n=3: [order 41] for n>47,
n=4: [order 41] for n>50,
n=5: [order 47] for n>58,
n=6: [order 53] for n>67,
n=7: [order 65] for n>82.
EXAMPLE
Some solutions for n=2, k=4
..1..0..1..1..0..1....0..1..0..0..1..0....1..0..0..1..0..0....0..0..1..1..1..1
..1..1..1..0..1..1....1..0..0..0..0..1....1..0..0..0..0..1....0..0..1..0..0..1
..0..0..1..0..0..0....0..0..0..1..0..0....0..0..0..0..1..1....1..1..0..1..1..0
..1..1..0..1..1..1....1..1..1..1..1..1....0..1..1..0..0..0....0..1..1..1..0..0
CROSSREFS
KEYWORD
nonn,tabl
AUTHOR
R. H. Hardin, Jan 27 2015
STATUS
approved