Abstract — A hardware algorithm for integer division is pro-posed. It is based on the digit-recurrence, non-restoring di-vision algorithm. Fast computation is achieved by the use of the radix-2 signed-digit representation. The algorithm does not require normalization of the divisor, and hence, does not require area-consuming leading one (or zero) detection nor shifts of variable-amount. Combinational (unfolded) implementation of the algorithm yields a regularly structured array divider, where pipelining is possible for increasing the throughput. Sequential implementation yields a compact divider. I
ISBN: 0818669055The digit-recurrence division relies on a sequence of addition/subtraction and shift...
: The digit-recurrence division relies on a sequence of addition/subtraction and shift operations i...
Decimal floating point operations are important for applications that cannot tolerate errors from co...
Division is one of the basic arithmetic operations supported by every computer system. The operation...
A hardware algorithm for integer division proposed by Naofumi Takagi, ShunsukeKadowaki and Kazuyoshi...
This paper describes the hardware implementation methodologies of fixed point binary division algori...
We describe a hardware-oriented design of a complex division algorithm proposed in.1 This algorithm ...
Abstract: The hardware organization of the high-radix SRT division is categorized into two classes w...
Abstract—We present a radix-10 digit-recurrence algorithm for division using limited-precision multi...
The division operation is essential in many digital signal processing algorithms. For a hardware imp...
This paper presents an e cient hardware algorithm for variable-precision division. The algorithm is ...
License, which permits unrestricted use, distribution, and reproduction in any medium, provided the ...
A realization of a division algorithm suitable for high speed pipeline and realtime processors is pr...
This paper presents the design of a radix-4, 32-bit integer divider which uses a recursive, non-rest...
In this paper, we present a new method of performing Division in Hardware and explore different ways...
ISBN: 0818669055The digit-recurrence division relies on a sequence of addition/subtraction and shift...
: The digit-recurrence division relies on a sequence of addition/subtraction and shift operations i...
Decimal floating point operations are important for applications that cannot tolerate errors from co...
Division is one of the basic arithmetic operations supported by every computer system. The operation...
A hardware algorithm for integer division proposed by Naofumi Takagi, ShunsukeKadowaki and Kazuyoshi...
This paper describes the hardware implementation methodologies of fixed point binary division algori...
We describe a hardware-oriented design of a complex division algorithm proposed in.1 This algorithm ...
Abstract: The hardware organization of the high-radix SRT division is categorized into two classes w...
Abstract—We present a radix-10 digit-recurrence algorithm for division using limited-precision multi...
The division operation is essential in many digital signal processing algorithms. For a hardware imp...
This paper presents an e cient hardware algorithm for variable-precision division. The algorithm is ...
License, which permits unrestricted use, distribution, and reproduction in any medium, provided the ...
A realization of a division algorithm suitable for high speed pipeline and realtime processors is pr...
This paper presents the design of a radix-4, 32-bit integer divider which uses a recursive, non-rest...
In this paper, we present a new method of performing Division in Hardware and explore different ways...
ISBN: 0818669055The digit-recurrence division relies on a sequence of addition/subtraction and shift...
: The digit-recurrence division relies on a sequence of addition/subtraction and shift operations i...
Decimal floating point operations are important for applications that cannot tolerate errors from co...