Design of a Pseudo-Random Binary Code Generator via a Developed Simulation Model

This paper presents a developed tool for PseudoRandom Binary Code generator (PRBCG). Based on extensive study of LFSR theory we developed the simulation model of PRBCG. The developed model is faster and simulates the process for very high length of Linear Feedback Shift Registers (LFSRs). We tested our model for the value n = 300 where n is the length of the LFSR. The developed software model is also capable of providing the transition states of different bits of LFSRs. Further, the model has capability of switching to any possible characteristic polynomial (feedback connections) of n-bit LFSR. Also, the model is designed such that it can accommodate all the possible initial conditions (2n) of LFSR.