We investigate small-depth threshold circuits for iterated multiplication and related problems. One result is that we can solve this problem with an ...
Threshold Circuits for Iterated Multiplication: Using AC ~ for Free. Alexis Maciel* and Denis Th6rien**. McGill U.iversity, School of Computer Science ...
Missing: AC0 | Show results with:AC0
We investigate small-depth threshold circuits for iterated multiplication and related problems. One result is that we can solve this problem with an ...
It is known that AC0 ( TC0 ⊆ NC1 ⊆ L ⊆ P. 2.3. Descriptive Complexity Classes. Our goal in this paper is to show that Division and Iterated Multiplication are.
It is known that AC0⊆TC0⊈NC1⊆L⊆P. 2.3. Descriptive complexity classes. Our goal in this paper is to show that Division and Iterated Multiplication ...
Feb 4, 2015 · Definition 5.2 AC0 is the class of boolean functions computed by boolean circuits having ∨, ∧ and ¬ gates, with constant depth and polynomial ...
Jul 24, 2000 · We could carry out iterated multiplication, and its special case powering, with circuits by constructing a binary tree of multiplication ...
For example, if we coded integers in unary, then iterated integer multiplication would be in AC0. As long as we use common sense, the complexity of these ...
TC0 contains the class AC0 of constant depth polynomial size circuits without threshold gates. FO-uniform AC0 circuits are equivalent to FO formulas with only ...
Threshold Circuits for Iterated Multiplication: Using AC0 for Free · Alexis MacielD. Thérien. Computer Science, Mathematics. STACS. 1993. TLDR. One result is ...