Add to ORKGA divide-and-correct algorithm is described for multiple-precision division in the negative base number system. In this algorithm an initial quotient estimate is obtained from suitable segmented operands; this is then corrected by simple rules to arrive at the true quotient
Digit-recurrence binary dividers are sped up via two complementary methods: keeping the partial rema...
In the design of digital signal processing systems, where single-precision results are required, the...
We adapt the radix-r digit-recurrence division algorithm to complex division. By prescaling the oper...
A divide-and-correct algorithm is described for multiple-precision division in the negative base num...
Described here is a deterministic division algorithm in a negative-base number system; here, the div...
Described here is a deterministic division algorithm in a negative-base number system; here, the div...
ABSTRACT. The classical algorithm for multiple-precision division normalizes digits during each step...
Algorithms are described for the basic arithmetic operations and square rooting in a negative base. ...
The 'Straight division' algorithm is an in-place division technique that has been known in India as ...
[[abstract]]This paper describes the design of algorithms for unidirectional division. Rather than t...
International audienceWe consider the problem of short division --- division without remainder --- o...
Division is one of the basic arithmetic operations supported by every computer system. The operation...
To know the basic ideas of divisibilityThis resource brings a package of activities to practice the ...
Abstract. An algorithm dubbed double Divide and Conquer is recently proposed, which first computes o...
AbstractCurrent computer algebra systems use the quotient-remainder algorithm for division of long i...
Digit-recurrence binary dividers are sped up via two complementary methods: keeping the partial rema...
In the design of digital signal processing systems, where single-precision results are required, the...
We adapt the radix-r digit-recurrence division algorithm to complex division. By prescaling the oper...
A divide-and-correct algorithm is described for multiple-precision division in the negative base num...
Described here is a deterministic division algorithm in a negative-base number system; here, the div...
Described here is a deterministic division algorithm in a negative-base number system; here, the div...
ABSTRACT. The classical algorithm for multiple-precision division normalizes digits during each step...
Algorithms are described for the basic arithmetic operations and square rooting in a negative base. ...
The 'Straight division' algorithm is an in-place division technique that has been known in India as ...
[[abstract]]This paper describes the design of algorithms for unidirectional division. Rather than t...
International audienceWe consider the problem of short division --- division without remainder --- o...
Division is one of the basic arithmetic operations supported by every computer system. The operation...
To know the basic ideas of divisibilityThis resource brings a package of activities to practice the ...
Abstract. An algorithm dubbed double Divide and Conquer is recently proposed, which first computes o...
AbstractCurrent computer algebra systems use the quotient-remainder algorithm for division of long i...
Digit-recurrence binary dividers are sped up via two complementary methods: keeping the partial rema...
In the design of digital signal processing systems, where single-precision results are required, the...
We adapt the radix-r digit-recurrence division algorithm to complex division. By prescaling the oper...