Add to ORKG(eng) We design a new radix 2 (i.e., serial, most significant digit first) floating-point divider which performs its arithmetic operation in mode both for the exponent and the mantissa. We have performed parallel discrete-event simulations of the circuit on a memory-distributed massively parallel computer
[[abstract]]A novel floating-point division architecture with IEEE 754-1985 standard is proposed in ...
Current Floating-point divisor architectures have low frequency, larger area and high latency in nat...
High precision integer arithmetic and rational computation algorithms, are targeted to loosely coupl...
We design a new radix 2 (i.e., serial, most significant digit first) floating-point divider which pe...
The division operation is essential in many digital signal processing algorithms. For a hardware imp...
[[abstract]]© 1998 Institute of Electrical and Electronics Engineers - In this paper, a novel digit-...
High speed computation is the need of today’s generation of Processors. To accomplish this major tas...
This output is the culmination of over 10 years work on radix digit-serial computations. This resear...
[[abstract]]A new floating-point division architecture that complies with the IEEE 754-1985 standard...
This paper presents the sequential and pipelined designs of a double precision floating point divide...
This paper presents floating-point division algorithms and implementations forembedded VLIW integer ...
he growth of high-performance application in computer graphics, signal processing and scientific com...
ISBN: 0818669055The digit-recurrence division relies on a sequence of addition/subtraction and shift...
This paper describes a single precision floating point division based on Newton-Raphson computationa...
Abstract — A hardware algorithm for integer division is pro-posed. It is based on the digit-recurren...
[[abstract]]A novel floating-point division architecture with IEEE 754-1985 standard is proposed in ...
Current Floating-point divisor architectures have low frequency, larger area and high latency in nat...
High precision integer arithmetic and rational computation algorithms, are targeted to loosely coupl...
We design a new radix 2 (i.e., serial, most significant digit first) floating-point divider which pe...
The division operation is essential in many digital signal processing algorithms. For a hardware imp...
[[abstract]]© 1998 Institute of Electrical and Electronics Engineers - In this paper, a novel digit-...
High speed computation is the need of today’s generation of Processors. To accomplish this major tas...
This output is the culmination of over 10 years work on radix digit-serial computations. This resear...
[[abstract]]A new floating-point division architecture that complies with the IEEE 754-1985 standard...
This paper presents the sequential and pipelined designs of a double precision floating point divide...
This paper presents floating-point division algorithms and implementations forembedded VLIW integer ...
he growth of high-performance application in computer graphics, signal processing and scientific com...
ISBN: 0818669055The digit-recurrence division relies on a sequence of addition/subtraction and shift...
This paper describes a single precision floating point division based on Newton-Raphson computationa...
Abstract — A hardware algorithm for integer division is pro-posed. It is based on the digit-recurren...
[[abstract]]A novel floating-point division architecture with IEEE 754-1985 standard is proposed in ...
Current Floating-point divisor architectures have low frequency, larger area and high latency in nat...
High precision integer arithmetic and rational computation algorithms, are targeted to loosely coupl...