Abstract: We present a method for implementing high speed finite impulse response (FIR) filters using just registered adders and hardwired shifts.

We present a method for implementing high speed. Finite Impulse Response (FIR) filters using just registered adders and hardwired shifts. We extensively.

We present a method for implementing high speed finite impulse response (FIR) filters using just registered adders and hardwired shifts.

This paper presents an FIR filter architecture suitable for embedded FPGA based applications. With the limited resource requirements and its high performance, ...

An approach to the implementation of digital filter based on field programmable gate arrays (FPGAs) which is flexible and provides performance comparable or ...

This paper implements a sixteen-order high-speed Finite Impose Response (FIR) filter with four different popular methods: Conventional multiplications and

The shift and add methods for designing the fast FIR filters in FPGA implementations enhance the speed of the operations of the systems [1]. A new approach is ...

The we method for reduce dynamic power consumption of a digital FIR filter is use of low power multiplexer based on shift/add multiplier without clock pulse and ...

FIR FILTER ADD/SHIFT IMPLEMENTATION. In binary arithmetic ... High Speed FIR Filters Using Add and Shift Method, 2006. [2] K. N. Macpherson ...

The high pass FIR filters are designed in VHDL using the HCUB algorithm and are ... FPGA implementation of high speed. FIR filters using add and shift ...