A fixed point divider is needed for determining the result of division up to a fixed number of points in its fractional part. The divider does so with a good accuracy so that the result can be used for further
generate VHDL or Verilog for floating-point implementation in hardware without the effort of fixed-point conversion. This approach can save a lot of time if you are creating an FPGA implementation, and it can be a faster way to target algorithms to a Xilinx®Zy...
Fixed-PointDesigner™providesdatatypesandtoolsfordevelopingxed-pointalgorithmsinMATLAB ® code, Simulink ® models,andState ow ® charts.Itautomaticallyproposesxed-pointdatatypesandattributessuchas wordlength.Youcanalsospecifyattributessuchasroundingmodeandover owactionmanually.Youcan ...
R.Thamil Chelvan, S Roobini Priya "Implementation of fixed and floating point division using dhvajanka sutra", Vol.04, Issue 02; March- April 2013, International Journal of VLSI and Embedded System-IJVES, ISSN: 2249-6556.R. Thamil Chelvan and S.Roobini Priya, "Implementation of fixed and...
This work proposes a novel iterative binary division method with the goal of reducing the delay in its hardware implementation. The hardware circuits are designed using Verilog HDL and verified on Xilinx FPGA. This work also presents a study of area, power and delay of the proposed method for ...
Most of the recent arithmetic units are implemented based on floating point (FLP) or fixed point (FXP) systems. However, the multiplication and division operation of FLP and FXP systems have some restriction in offering the best performance on speed and area compared to their excellent performance...
The fixed-point design of 1024-point CI-OFDM baseband transceiver using QPSK scheme is designed using Xilinx System Generator (XSG) and Verilog HDL with signed representation. Oversampling method is employed to approximate the baseband PAPR. Also, the behavior of CI-OFDM is validated on fixed-...