Results 61 to 70 of about 2,227,707 (156)
Stanley Kaizawa Interview, March 14, 2001 [PDF]
Interview on 'Kabuki censorship during the Occupation of Japan between Stanley Kaizawa and James BrandonMarch 14, 2001 ...
Brandon, James R.
core +1 more source
Some remarks on the Stanley depth for multigraded modules
We show that Stanley’s conjecture holds for any multigraded module M over S, with sdepth(M) = 0, where S = K[x_1; ... ; x_n]. Also, we give some bounds for the Stanley depth of the powers of the maximal irrelevant ideal in S.
Mircea Cimpoeas
doaj
ON THE STANLEY DEPTH AND SIZE OF MONOMIAL IDEALS
AbstractLet $\mathbb{K}$ be a field and S = ${\mathbb{K}}$[x1, . . ., xn] be the polynomial ring in n variables over the field $\mathbb{K}$. For every monomial ideal I ⊂ S, we provide a recursive formula to determine a lower bound for the Stanley depth of S/I.
openaire +2 more sources
ON THE STANLEY DEPTH OF EDGE IDEALS OF LINE AND CYCLIC GRAPHS
We prove that the edge ideals of line and cyclic graphs and their quotient rings satisfy the Stanley conjecture. We compute the Stanley depth for the quotient ring of the edge ideal associated to a cycle graph of length n, given a precise formula for n ≡
MIRCEA CIMPOEAS
doaj
Stanley Kaizawa Interview #5, June 23, 2000 [PDF]
Interview on 'Kabuki censorship during the Occupation of Japan between Stanley Kaizawa and James BrandonJune 23, 2000 ...
Brandon, James R.
core +1 more source
Stanley Kaizawa Interview #2, June 13, 2000 [PDF]
Interview on 'Kabuki censorship during the Occupation of Japan between Stanley Kaizawa and James BrandonJune 13, 2000 ...
Brandon, James R.
core +1 more source
Stanley Kaizawa Interview, March 20, 2002 [PDF]
Interview on 'Kabuki censorship during the Occupation of Japan between Stanley Kaizawa and James BrandonMarch 20, 2002 handwritten note (kaizawa folder box ...
Brandon, James R.
core +1 more source
An inequality between depth and Stanley depth
We show that Stanley's Conjecture holds for square free monomial ideals in five variables, that is the Stanley depth of a square free monomial ideal in five variables is greater or equal with its depth.
openaire +2 more sources
Combinatorial Reductions for the Stanley Depth of $I$ and $S/I$
We develop combinatorial tools to study the relationship between the Stanley depth of a monomial ideal $I$ and the Stanley depth of its compliment, $S/I$. Using these results we are able to prove that if $S$ is a polynomial ring with at most 5 indeterminates and $I$ is a square-free monomial ideal, then the Stanley depth of $S/I$ is strictly larger ...
Mitchel T. Keller, Stephen J. Young
openaire +4 more sources
Notes on symmetric and exterior depth and annihilator numbers
We survey and compare invariants of modules over the polynomial ring and the exterior algebra. In our considerations, we focus on the depth. The exterior analogue of depth was first introduced by Aramova, Avramov and Herzog.
Gesa Kampf, Martina Kubitzke
doaj

