Examples of 'radio propagation' in a sentence
Meaning of "radio propagation"
Radio propagation: Refers to the behavior and transmission of radio waves as they travel or propagate through different mediums or environments
How to use "radio propagation" in a sentence
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radio propagation
Radio propagation depends uniquely on electron density.
The free VOAProp software predicts radio propagation.
Most radio propagation beacons use amateur radio frequencies.
The invention is applicable whenever radio propagation is considered.
Radio propagation model.
Uncertainties over radio propagation may make some links.
Radio propagation medium.
Microwave radio propagation.
The number of these free electrons is sufficient to affect radio propagation.
Influence of radio propagation channel on frequency reuse factor in inhomogeneous environment.
Mobile radio communication performance is significantly affected by the radio propagation environment.
During poorer radio propagation periods morse code radiotelegraphy had to be used.
The quality of such tools relies on developing fast and accurate radio propagation models.
Ionospheric radio propagation.
The performance of a communication system can be evaluated using a hardware simulator of radio propagation channels.
See also
The details of the radio propagation model are given in the following table.
The AECID fingerprinting positioning error is caused by radio propagation effects.
Parameters of radio propagation between a mobile terminal and at least one fixed transceiver are measured.
The problems related to gaps due to poor radio propagation conditions are thus addressed.
Radio propagation also occurs three-dimensionally.
Estimation of position using wlan access radio propagation characteristics in a wlan positioning system.
This permitted the first complete theory of short-wave radio propagation.
Due to differences in radio propagation the coverage is greater for the lower frequency band.
Infrared window Optical window Radio propagation.
See Radio propagation.
Adaptive modems that change the modulation scheme depending on radio propagation conditions and linearization technology.
Strength of radio propagation changes between day - and night-side of the ionosphere.
The present invention relates to a method for estimating a radio propagation channel between a transmitter and a receiver.
Besides, many radio propagation simulators provide only the mean power predictions.
It has practical importance because it influences radio propagation to distant places on the Earth.
Radio propagation is a vast topic, and we have only scratched the surface here.
Theory and practice of radio propagation via the ionosphere ;.
In doing so, the mobile stations / subscriber equipment encounter varying radio propagation environments.
And high-frequency radio propagation can fade at high latitudes.
In doing so, the subscriber units encounter varying radio propagation environments.
Other systems, Degraded HF radio propagation through the polar caps and navigation position errors.
Finally, we evaluate the performances of these modulations over several mobile radio propagation scenarios.
As the mobile moves, the radio propagation channel also changes.
It has practical importance because it influences, for example, radio propagation on Earth.
Of radio propagation which are currently being " rediscovered " and verified.
Finally, to better fit the real environment, the radio propagation models were calibrated.
Longley-Rice radio propagation model ( Longley-Rice model ) is available.
The F2 region is the most important region for high frequency radio propagation as,.
Influence of the atmosphere on radio propagation on satellite-earth paths at frequencies above 10 GHz.
When Earth gets hit by ionizing radiation, the network records telltale changes in radio propagation.
HF ( high frequency ) radio propagation fades at higher latitudes.
So, in a general manner, the limits for cells 1 to 4 fluctuate with the radio propagation conditions.
Radio - HF ( high frequency ) radio propagation can fade at higher latitudes.
Location of sub-reflective points for single-hop and multi-hops radio propagation modes.
Measurements and modeling of 60 GHz and UWB radio propagation channels for short-range wireless communications.
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Controlled at the source or along its propagation
Support for and propagation of movements leading
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