Frequency reuse is the process of using the same radio frequencies on radio transmitter sites within a geographic area that are separated by sufficient distance to cause minimal interference with each other. Frequency reuse allows for a dramatic increase in the number of customers that can be served (capacity) within a geographic area on a limited amount of radio spectrum (limited number of radio channels).
a measure of the degree of frequency modulation expressed numerically for a pure tone modulation as the ratio of the frequency deviation to the frequency of the modulating signal.
In the sense of a mobile communication: Downlink frequency is that used by a base station to communicate with the Mobile. In satellite communication also the same theory exists downlink is the return path.
cycle
Normally the same way as you didThe noun "reuse" (another use) and the verb form "to reuse", do not use a hyphen.
No. Reuse is not an antonym of penalize. Reward would be an antonym for penalize.
divide cells into rings which will operate with different levels of frequency reuse
CDMA
CDMA
Its frequency, in Hertz.
Frequency reuse is a technique of reusing frequencies and channels within a communications system to improve capacity and spectral efficiency. Frequency reuse is one of the fundamental concepts on which commercial wireless systems are based that involves the partitioning of an RF radiating area (cell) into segments of a cell. One segment of the cell uses a frequency that is far enough away from the frequency in the bordering segment that it does not provide interference problems. Frequency re-use in mobile cellular systems means that each cell has a frequency that is far enough away from the frequency in the bordering cell that it does not provide interference problems. The same frequency is used at least two cells apart from each other. This practice enables cellular providers to have many times more customers for a given site license.
You just need to add up the frequency total one by one to find the cumulative frequency of a certain set of data.
Hertz is a unit to measure frequency. Number of waves passing through a particular point in unit time is considered to define frequency. The unit for frequency is inverse seconds.
a measure of the degree of frequency modulation expressed numerically for a pure tone modulation as the ratio of the frequency deviation to the frequency of the modulating signal.
Adjacent cells are assigned different frequencies to avoid interference or crosstalk. The objective is to reuse frequency in nearby cells. 10 to 50 frequencies are assigned to each cell. Transmission power is controlled to limit power at that frequency escaping to adjacent cells. The issue is to determine how many cells must intervene between two cells using the same frequency. Adjacent cells are assigned different frequencies to avoid interference or crosstalk. The objective is to reuse frequency in nearby cells. 10 to 50 frequencies are assigned to each cell. Transmission power is controlled to limit power at that frequency escaping to adjacent cells. The issue is to determine how many cells must intervene between two cells using the same frequency. Adjacent cells are assigned different frequencies to avoid interference or crosstalk. The objective is to reuse frequency in nearby cells. 10 to 50 frequencies are assigned to each cell. Transmission power is controlled to limit power at that frequency escaping to adjacent cells. The issue is to determine how many cells must intervene between two cells using the same frequency.
EM radiation higher in frequency than violet visible light but lower in frequency than soft x-rays.
The frequency is the no of waves that passes a point in space in any time usually one second it is calculated in Hertz{Hz}
The fundamental frequency of a wave is the lowest frequency (longest wavelength) that can be used to define its period. The easiest way to understand it is via a musical analogy: The fundamental frequency is the root tone of the overtone or harmonic series.