STATISTICAL STUDIES OF PIM WAVES

Abstract

This th.aia records the results of investigations carried out in extending the calculations of Error Probability and Autocorelation function of Pulsar lntorvel M.dul.tion. The F114 wave forms first converted to signal vectors and decision regions are assigned to •a Ch signal vectors and that the probability that the signal vector may not lie in the decision r.#ion an addition of whit* Gaussian noise which Is termed as the probability of error is c e-u.lated. further in the fouritr spactrus of P114 making suit-able substituti ons, amplitude and frequency eo* ponents of P114 are found out , and taking the average value after an Interval ) the autocorelation functions is calculated. Th. graphs sr. plotted for different values of CT