Least m such that A081355(m)=LD(m,m^2)=n, where LD(x,y) denotes the Levenshtein distance between x and y in decimal representation.

A081356

Least m such that A081355(m)=LD(m,m^2)=n, where LD(x,y) denotes the Levenshtein distance between x and y in decimal representation.

Terms

    a(0) =0a(1) =2a(2) =4a(3) =17a(4) =33a(5) =144a(6) =317a(7) =1439a(8) =3167a(9) =14144a(10) =31624a(11) =141442a(12) =316229a(13) =1414234a(14) =3162922a(15) =14142148a(16) =31622888a(17) =141422444a(18) =316292397a(19) =1414213838a(20) =3162353552a(21) =14142137977a(22) =31622912229a(23) =141421462429a(24) =316228884988

External references