Within the parallel computing domain, field programmable gate arrays (FPGA) are no longer restricted to their traditional role as substitutes for application-specific integrated...
With the density of FPGAs steadily increasing, FPGAs have reached the point where they are capable of implementing complex floating-point applications. However, their general-purpo...
Michael J. Beauchamp, Scott Hauck, Keith D. Underw...
As Field Programmable Gate Arrays (FPGAs) have reached capacities beyond millions of equivalent gates, it becomes possible to accelerate floating-point scientific computing applica...
The design of a component to perform parallel addition of multiple floating-point (FP) operands is explored in this work. In particular, a 3-input FP adder is discussed in more d...
Recently, it has become possible to implement floating-point cores on field-programmable gate arrays (FPGAs) to provide acceleration for the myriad applications that require high-p...