traffic intensity

Traffic intensity and the related dangers are a top priority for us.

It is defined as the product of the average traffic intensity and the time period of the study.

This is always with reference to the busy hour when the traffic intensity is the greatest.

This means that if traffic intensity levels exceed available capacity, customer's calls are not lost; customers instead wait until they can be served.

"The fraction of lost packets increases as the traffic intensity increases.

In a digital network, the traffic intensity is:

If there are no similar networks, then the network planner must use telecommunications forecasting methods to estimate the expected traffic intensity.

The busiest hour is defined as that four consecutive quarter hours whose traffic intensity is the greatest.

This will give the normal high traffic intensity in the network, allowing network managers to make long-term strategic decisions.

This will cater for most scenarios as the traffic intensity will seldom exceed the reference level.

If the traffic intensity is less than one erlang, then the router can handle more average traffic.

Special binding agents for demanding applications such as noise-dampening asphalt and roads with high traffic intensity.

Telecommunication operators are vitally interested in traffic intensity, as it dictates the amount of equipment they must supply.

"Traffic intensity," ranges between 0 and 1, and is the mean fraction of time that the server is busy.

This phenomenon is called rush hour or peak hour, although the period of high traffic intensity often exceeds one hour.

A taxi ride from Burgas Airport to the city takes approx 15 minutes, depending on the traffic intensity.

The purpose of these policies is to reduce the number of vehicles on the roads and thus reduce rush-hour traffic intensity.

The reference intensity of traffic is then calculated by taking the average traffic intensity of the top thirty days in the year.

This equation allows operators to determine whether each of their circuit groups meet the required Grade of Service, simply by monitoring the reference traffic intensity.

The public switched telephone network (PSTN) is designed to accommodate the offered traffic intensity with only a small loss.

To do this, dimensioning involves planning for peak-hour traffic, i.e. that hour during the day during which traffic intensity is at its peak.

GoS is calculated from the Erlang-B formula, as a function of the number of channels required for the offered traffic intensity.

Those not opposed to low density development argue that traffic intensities tend to be less, traffic speeds faster and, as a result, ambient air pollution is lower.

During the process of Network Planning and Design, estimates are made of the expected traffic intensity and traffic load that the network must support.

The traffic intensity, ρ, is the average arrival rate (λ) divided by the average service rate (μ):