Method and device for confirming cell coverage area
A coverage and cell coverage technology, used in electrical components, wireless communications, network planning, etc.
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Embodiment 1
[0098] In this embodiment, the sampling point cells can be classified according to the collected and selected average downlink level of the source cell, for example, the average downlink level value of the source cell is divided into several level intervals, and according to the collected The average downlink level of the source cell corresponding to the point cell determines the level interval of each sampling point cell, that is, each sampling point cell is divided into different types of level intervals, so as to obtain the classification information of each sampling point cell (which can be called is the interval classification information of the average downlink level of the source cell), and then the coverage of the source cell can be obtained according to the interval classification information of the average downlink level of the source cell of each sampling point cell.
[0099]In a mobile communication system, for example, in a GSM network, the range of the average dow...
Embodiment 2
[0117] In this embodiment, the average number of sampling points in the three interference intervals of the source cell in the collected and selected raw data can be calculated separately to obtain the average number of sampling points in the corresponding interference interval, according to the source cell Each sampling point sub-district is classified according to the size relationship between the number of sampling points in the three interference intervals of each sampling point sub-district and the average sampling point number in the corresponding interference interval, and the classification information of each sampling point sub-district (which can be referred to as classification information of the number of sampling points); and then obtain the coverage of the source cell according to the classification information of the number of sampling points of each sampling point sub-district.
[0118] see Figure 5 , Figure 5 It is a flowchart of a method for classifying sa...
Embodiment 3
[0135] In this embodiment, the sampling point cells can be classified according to the collected and selected average downlink level of the source cell, for example, the average downlink level value of the source cell is divided into several level intervals, and according to the collected The average downlink level of the source cell corresponding to the point cell determines the level interval of each sampling point cell, that is, each sampling point cell is divided into different types of level intervals, so as to obtain the classification information of each sampling point cell (which can be called is the average downlink level interval classification information of the source cell); and, the source cell in the collected and selected raw data can perform mean value calculation on the number of sampling points in the three interference intervals of each sampling point cell to obtain the corresponding interference interval The average number of sampling points, according to th...
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