Answer:
The answer is below
Explanation:
Given that:
Frame transmission time (X) = 40 ms
Requests = 50 requests/sec, Therefore the arrival rate for frame (G) = 50 request * 40 ms = 2 request
a) Probability that there is success on the first attempt =
but k = 0, therefore Probability that there is success on the first attempt = 
b) probability of exactly k collisions and then a success = P(collisions in k attempts) × P(success in k+1 attempt)
P(collisions in k attempts) = [1-Probability that there is success on the first attempt]^k = ![[1-e^{-G}]^k=[1-0.135]^k=0.865^k](https://tex.z-dn.net/?f=%5B1-e%5E%7B-G%7D%5D%5Ek%3D%5B1-0.135%5D%5Ek%3D0.865%5Ek)
P(success in k+1 attempt) = 
Probability of exactly k collisions and then a success = 
c) Expected number of transmission attempts needed = probability of success in k transmission = 
I believe it’s problem solving.
Answer:
Everything.It doesn't matter the information because there's always a way to plagiarize.No matter what the information, always, ALWAYS, cite the source.
Explanation:
<u>Answer:</u>
<em>Big data is to analyze large complex data.</em>
<u>Explanation:</u>
It is basically a data processing software which has overcome the disadvantage which we had in <em>the classical software where it was not able to manage huge data in a faster mode.</em>
The mean of an informational collection is found by including all numbers in the informational index and afterwards partitioning by the number of qualities in the set.
<em>To answer the question is the word big points to a number? I would say yes, since it can handle large amount of data, it is so called “Big data.</em>
The middle is the center worth when an informational collection is requested from least to most noteworthy. <em>The mode is the number that happens frequently in an informational index.</em>