Area and Speed-Efficient Floating-Point Arithmetic Logical Unit Implementation on FPGA

The Arithmetic and Logic Unit is a CPU component that performs arithmetic and logical operations on data. The execution of the multiple instructions in a computer program is required. ALUs frequently feature, among other things, adders, multipliers, and logical units. These components work together to conduct a range of calculations. Ideas and approaches for building the computing units of the ALU are offered. The design also includes a suggested splitter mechanism. The whole ALU is written in Verilog, stressing the usage of a high-level hardware description language in the paper. FALU is widely employed as a key component of DSPs for real-time signal and data processing. The research suggests creating an area- and speed-optimized FALU to increase the performance of DSPs in present computing contexts. The processing power and performance of processors utilized in real-time signal processing applications. The paper's goal is to improve both the speed and the area efficiency of real-time signal processing applications. The Arithmetic and Logic Unit is an important component that performs arithmetic and logical operations on data. The whole ALU is implemented using Verilog, a high-level hardware description language. FALU is designed for speed and space efficiency.