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All of the above-mentioned are accurate answers as traffic intensity is a measure of network traffic conditions . The distribution of interarrival times the number of customers, system stability, and system congestion are all measured by the traffic intensity.
In order to describe network congestion or other degraded network situations, the level of network traffic is gauged by traffic intensity. When determined, traffic intensity—also known as the traffic intensity factor—describes the state of a packet-switched network, such as one that carries TCP traffic.
The traffic intensity factor a relative measure, takes into account the average packet size, arrival rate, and available network transmission speeds. It can be calculated using the formula below:
The equation for the Traffic intensity factor is:
Traffic intensity factor = La/R
where a = average packet arrival rate; L = average packet size; R = transmission rate.
The Traffic Intensity Factor can be used to guide rate-limiting algorithms, error prediction, and probing for network delays.
To learn more about network traffic click here:
brainly.com/question/9392514
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