In this talk we give a deterministic polynomial time algorithm for testing whether a {em diagonal} depth-$3$ circuit $C(arg{x}{n})$ (i.e. $C$ is a sum of powers of linear functions) is zero
Let C be a depth-3 circuit with n variables, degree d and top fanin k (called ΣΠΣ(k, d, n) circuits)...
Polynomial identity testing (PIT) problem is known to be challenging even for constant depth arithme...
Finding an efficient solution to the general problem of polynomial identity testing (PIT) is a chal-...
In this talk we give a deterministic polynomial time algorithm for testing whether a {em diagonal} d...
In this paper we give the first deterministic polynomial time algorithm for testing whether a diagon...
Abstract. In this paper we give the first deterministic polynomial time algorithm for testing whethe...
We study the identity testing problem for depth 3 arithmetic circuits (ΣΠΣ circuit). We give the fir...
We study the problem of polynomial identity testing for depth-3 circuits of degree d and top fanin k...
We study the problem of polynomial identity testing (PIT) for depth $2$ arithmetic circuits over mat...
A few typos corrected.A polynomial identity testing algorithm must determine whether an input polyno...
Abstract—We show that the rank of a depth-3 circuit (over any field) that is simple, minimal and zer...
We study the problem of identity testing for multilinear ΣΠΣΠ(k) circuits, i.e. multilinear depth-4 ...
Polynomial identity testing (PIT) problem is known to be challenging even for constant depth arithme...
We present two deterministic algorithms for the arithmetic circuit identity testing problem. The run...
Polynomial identity testing (PIT) problem is known to be challenging even for constant depth arithme...
Let C be a depth-3 circuit with n variables, degree d and top fanin k (called ΣΠΣ(k, d, n) circuits)...
Polynomial identity testing (PIT) problem is known to be challenging even for constant depth arithme...
Finding an efficient solution to the general problem of polynomial identity testing (PIT) is a chal-...
In this talk we give a deterministic polynomial time algorithm for testing whether a {em diagonal} d...
In this paper we give the first deterministic polynomial time algorithm for testing whether a diagon...
Abstract. In this paper we give the first deterministic polynomial time algorithm for testing whethe...
We study the identity testing problem for depth 3 arithmetic circuits (ΣΠΣ circuit). We give the fir...
We study the problem of polynomial identity testing for depth-3 circuits of degree d and top fanin k...
We study the problem of polynomial identity testing (PIT) for depth $2$ arithmetic circuits over mat...
A few typos corrected.A polynomial identity testing algorithm must determine whether an input polyno...
Abstract—We show that the rank of a depth-3 circuit (over any field) that is simple, minimal and zer...
We study the problem of identity testing for multilinear ΣΠΣΠ(k) circuits, i.e. multilinear depth-4 ...
Polynomial identity testing (PIT) problem is known to be challenging even for constant depth arithme...
We present two deterministic algorithms for the arithmetic circuit identity testing problem. The run...
Polynomial identity testing (PIT) problem is known to be challenging even for constant depth arithme...
Let C be a depth-3 circuit with n variables, degree d and top fanin k (called ΣΠΣ(k, d, n) circuits)...
Polynomial identity testing (PIT) problem is known to be challenging even for constant depth arithme...
Finding an efficient solution to the general problem of polynomial identity testing (PIT) is a chal-...
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