The implementation of high-precision floating-point applications on reconfigurable hardware
requires large multipliers. Full multipliers are the core of floating-point multipliers. Truncated …

The introduction of asymmetric embedded multiplier blocks in recent Xilinx FPGAs
complicates the design of larger multiplier sizes. The two different input bitwidths of the …

A new form of polynomial approximations of the discrete sinusoid waveform is proposed for
the design of a direct digital frequency synthesizer (DDFS). With the polynomial …

Recent FPGA architectures facilitate the efficient mapping of high order compressors to
implement multi-operand additions. This feature can be used to improve the performance …

Modern FPGAs contain embedded DSP blocks, which can be configured as multipliers with
more than one possible size. FPGA‐based designs using these multigranular embedded …

In this study, asymmetric non-pipelined large size unsigned and signed multipliers are
implemented using symmetric and asymmetric embedded multipliers, look-up tables and …

Multiplication is an important fundamental operation that is critical in most signal and image
processing applications. It is also essential for all types of wireless communications …

This paper presents an optimized design approach for two's complement large size
multipliers using smaller size embedded multiplier blocks available as resources in field …

In this paper, asymmetric non-pipelined large size signed multipliers are implemented using
symmetric and asymmetric embedded multipliers in FPGAs. Decomposition of the operands …

Field Programmable Gate Arrays (FPGAs) are used in realizing real-life applications. Finite
Impulse Response (FIR) is widely used in digital signal processing applications. Digital FIRs …