Does a RnG keeps count of how many times each numbers comes up or does it not?
Studying RnG draws (output, as an experiment) i noticed that some numbers come up more than others over and over, no matter how big the sample i use...And i have been wanting to know if a RnG keeps count of how many times each number appears...I would think that a RnG keeps count of how many times a number appears so that it can make (or attempt to make) all numbers, to some extent, appear the same amount of time...I tried one time looking at the math involve that they use to make Rng operate (the math/rules by which a RnG abides) but the math is like advanced math raised to the third power (math that i don't even think they give in college)...Just the algorithms throw me off..
I always thought that a RnG resembles a clock, sometimes an alarm clock...but the mechanism that operates it, i am clueless about...
Example of stuff that involves in RnG's is the cumulative distribution function that they use to check RnG's to see if they are truly random. I've never heard of cumulative distribution function and i've looked in all the math books including calculus, statistics & trigonometry...
I sometimes think that the government keeps the math and the work of RnG operation obscure in an attempt to not let it fall in the hands of crooks & evil doers...
think about the RnG are used in encryptions, i think they use it to protect houses from robbers(alarms), it wouldn't surprise me where they had nukes had some kind of alarm system that uses RnG...
But going back to the same question: Does a Rng keeps counts of how many times each numbers appears or does it not? Anyone knows?