Abstract-- Technological advances have made FPGAs an attractive platform for the acceleration of complex scientific applications. These applications demand high performance and hig...
Double precision floating-point arithmetic is inadequate for many scientific computations. This paper presents the design of a quadruple precision floating-point multiplier tha...
This paper presents a novel architecture for domain-specific FPGA devices. This architecture can be optimised for both speed and density by exploiting domain-specific informatio...
Chun Hok Ho, Chi Wai Yu, Philip Heng Wai Leong, Wa...
The design and implementation of a double precision floating-point IEEE-754 standard adder is described which uses "flagged prefix addition" to merge rounding with the s...
Andrew Beaumont-Smith, Neil Burgess, S. Lefrere, C...
FPGAs have reached densities that can implement floatingpoint applications, but floating-point operations still require a large amount of FPGA resources. One major component of IE...
Michael J. Beauchamp, Scott Hauck, Keith D. Underw...