Design and Implementation of Novel FPGA Based LFSR for IOT and Smart Applications
Bathula Siva Kumar Reddy, B. Papachari, G. Pravallika, Kavitha Panduga · 2022
In this paper, design and implementation of novel FPGA based LFSR (Linear Feedback Shift Register) for IOT and smart applications is implemented. LFSR plays very important role in testing circuit applications. Initially, input data is given to LFSR block. The main intent of LFSR is to save the data in memory. Next pseudo random registers will perform the parallel operation to save the data in registers in parallel form. Now for the data which is saved, address is generated using address generator. Next command will be given to perform the specific operation. The data which is written will be recorded and verified. After verification if the data consists of any errors then again it will perform the operation from command generator. But if there are no errors in the verified data then that data will be tested using testing circuits and output will be obtained. Hence from results it can observe that it will give effective results in terms of delay, speed and area.