The average time necessary to add numbers by local parallel computation is directly related to the length of the longest carry propagation chain in the sum. The mean length of longest carry propagation chain when adding two independent uniform random n bit numbers is a well studied topic, and useful approximations as well as an exact expression for this value have been found. My thesis searches for similar formulas for mean length of the longest carry propagation chain in sums that arise when a random n-digit number is multiplied by a number of the form 1 + 2d. Letting Cn, d represent the desired mean, my thesis details how to find formulas for Cn,d using probability, generating functions and linear algebra arguments. I also find bounds on ...
AbstractThe linear complexity profile of a sequence of length n is readily obtained in O(n2) steps b...
A general theory is developed for constructing the shallowest possible circuits and the shortest pos...
We consider the problem of adding two n-bit numbers which are chosen independently and uniformly at ...
The average time necessary to add numbers by local parallel computation is directly related to the l...
Our goal in this paper is to analyze carry propagation in addition using only elementary methods (th...
Suppose that a random n-bit number V is multiplied by an odd constant M ≥ 3, by adding shifted versi...
AbstractWe demonstrate the use of Kolmogorov complexity in average case analysis of algorithms throu...
Define addition as follows. Two numbers x and y in base b have the sum x+ y = Sxy +Cxy. Here the ith...
Traces can be viewed as parallel processes and the "mean speedup" of a trace monoid has been introdu...
The “mean speedup” of a trace monoid can be interpreted as an index of the “intrinsic parallelism”. ...
AbstractVon Neumann’s addition method adds two numbers given in q-ary representation by forming a nu...
Methods for increasing speed of binary addition by decreasing carry propagation tim
AbstractIn this paper, we study the static behavior of distributed memory architecture with general ...
From a combinatorial perspective, we can count the number of carries that are needed to perform any ...
The length of an addition chain for n measures the number of multiplications for computing xn from x...
AbstractThe linear complexity profile of a sequence of length n is readily obtained in O(n2) steps b...
A general theory is developed for constructing the shallowest possible circuits and the shortest pos...
We consider the problem of adding two n-bit numbers which are chosen independently and uniformly at ...
The average time necessary to add numbers by local parallel computation is directly related to the l...
Our goal in this paper is to analyze carry propagation in addition using only elementary methods (th...
Suppose that a random n-bit number V is multiplied by an odd constant M ≥ 3, by adding shifted versi...
AbstractWe demonstrate the use of Kolmogorov complexity in average case analysis of algorithms throu...
Define addition as follows. Two numbers x and y in base b have the sum x+ y = Sxy +Cxy. Here the ith...
Traces can be viewed as parallel processes and the "mean speedup" of a trace monoid has been introdu...
The “mean speedup” of a trace monoid can be interpreted as an index of the “intrinsic parallelism”. ...
AbstractVon Neumann’s addition method adds two numbers given in q-ary representation by forming a nu...
Methods for increasing speed of binary addition by decreasing carry propagation tim
AbstractIn this paper, we study the static behavior of distributed memory architecture with general ...
From a combinatorial perspective, we can count the number of carries that are needed to perform any ...
The length of an addition chain for n measures the number of multiplications for computing xn from x...
AbstractThe linear complexity profile of a sequence of length n is readily obtained in O(n2) steps b...
A general theory is developed for constructing the shallowest possible circuits and the shortest pos...
We consider the problem of adding two n-bit numbers which are chosen independently and uniformly at ...