Adaptive quality adjustment

Claim 2

In a telecommunication system, a method of controlling transmitter power level comprising the steps of: determining a reference transmitter power level that is representative of an amount of power being transmitted in a region of the telecommunication system; determining an adaptive signal quality reference level as a function of the reference transmitter power level; and adjusting transmitter power in the region of the telecommunication system so as to cause actual signal quality within the region of the telecommunication system to substantially equal the adaptive signal quality reference level.

Claim 3

The method of claim 1, wherein the step of determining the reference transmitter power level comprises the steps of: acquiring values of transmitter power levels being utilized by transmitters within the region of the telecommunication system; and filtering the acquired values of transmitter power levels to generate the reference transmitter power level.

Claim 4

The method of claim 2, wherein said adaptive signal quality reference level is a function of a first reference measure of signal quality and a second reference measure of signal quality.

Claim 5

The method of claim 3, wherein said step of determining an adaptive signal quality reference level as a function of the reference transmitter power level comprises the steps of: determining the first reference measure of signal quality as a function of the reference transmitter power level; determining the second reference measure of signal quality as a function of the reference transmitter power level; normalizing the first reference measure of signal quality; weighting the first reference measure of signal quality; normalizing the second reference measure of signal quality; weighting the second reference measure of signal quality; and determining the adaptive signal quality reference level by combining the normalized and weighted first reference measure of signal quality and the normalized and weighted second reference measure of signal quality.

Claim 6

The method of claim 2, wherein said telecommunication system is a cellular telecommunication system and said at least one region comprises at least one cell.

Claim 7

The method of claim 1, wherein the step of determining an adaptive signal quality reference level comprises the step of: determining an adaptive signal quality reference level only if said reference transmitter power level has changed by more than a predefined amount.

Claim 8

In a telecommunication system, a method of controlling transmitter power level comprising the steps of: determining at least two reference transmitter power levels, each representative of an amount of power being transmitted in a region of the telecommunication system; determining an adaptive signal quality reference level based on at least one of said at least two reference transmitter power levels; and adjusting transmitter power in the region of the telecommunication system so as to cause actual signal quality within the region of the telecommunication system to substantially equal the adaptive signal quality reference level.

Claim 9

In a telecommunication system, a method of controlling transmitter power level comprising the steps of: determining at least two reference transmitter power levels, each representative of an amount of power being transmitted in a region of the telecommunication system; determining an adaptive signal quality reference level based on at least one of said at least two reference transmitter power levels; and adjusting transmitter power in the region of the telecommunication system so as to cause actual signal quality within the region of the telecommunication system to substantially equal the adaptive signal quality reference level.

Claim 10

The method of claim 7, wherein the step of determining at least two reference transmitter power levels comprises the steps of: determining a first reference transmitter power level by using a first filter to filter acquired transmitter power values being utilized by transmitters belonging to a first group of transmitters; and determining a second reference transmitter power level by using a second filter to filter acquired transmitter power values being utilized by transmitters belonging to a second group of transmitters.

Claim 11

The method of claim 7, wherein the step of determining an adaptive signal quality reference level comprises the step of: combining said at least two reference transmitter power levels.

Claim 12

In a telecommunication system, a method of controlling transmitter power levels comprising the steps of: determining a first reference transmitter power level that is representative of a first amount of transmitter power being utilized by each transmitter from a first group of transmitters in a region of the telecommunication system; determining a second reference transmitter power level that is representative of a second amount of transmitter power being utilized by each transmitter from a second group of transmitters in the region of the telecommunication system; determining a first adaptive signal quality reference level as a function of said first reference transmitter power level; determining a second adaptive signal quality reference level as a function of said second reference transmitter power level; adjusting the amount of transmitter power being utilized by each transmitter from said first group of transmitters so as to cause actual signal quality associated with each transmitter from said first group of transmitters to substantially equal said first adaptive signal quality reference level; and adjusting the amount of transmitter power being utilized by each transmitter from said second group of transmitters so as to cause actual signal quality associated with each transmitter from said second group of transmitters to substantially equal said second adaptive signal quality reference level.

Claim 13

In a telecommunication system, a method of controlling transmitter power levels comprising the steps of: determining a first reference transmitter power level that is representative of a first amount of transmitter power being utilized by each transmitter from a first group of transmitters in a region of the telecommunication system; determining a second reference transmitter power level that is representative of a second amount of transmitter power being utilized by each transmitter from a second group of transmitters in the region of the telecommunication system; determining a first adaptive signal quality reference level as a function of said first reference transmitter power level; determining a second adaptive signal quality reference level as a function of said second reference transmitter power level; adjusting the amount of transmitter power being utilized by each transmitter from said first group of transmitters so as to cause actual signal quality associated with each transmitter from said first group of transmitters to substantially equal said first adaptive signal quality reference level; and adjusting the amount of transmitter power being utilized by each transmitter from said second group of transmitters so as to cause actual signal quality associated with each transmitter from said second group of transmitters to substantially equal said second adaptive signal quality reference level.

Claim 14

The method of claim 10, wherein each transmitter from said first group of transmitters is a mobile unit transmitter, and wherein each transmitter from said second group of transmitters is a base station transmitter.

Claim 15

In a telecommunication system, a method for controlling transmitter power level comprising the steps of: determining a reference transmitter power level that is representative of an amount of transmitter power associated with a frequency channel in a telecommunication system; determining an adaptive signal quality reference level for said frequency channel as a function of said reference transmitter power level; and adjusting the amount of transmitter power associated with said frequency channel as a function of said adaptive signal quality reference level.

Claim 16

In a telecommunication system, a method for controlling transmitter power level comprising the steps of: determining a reference transmitter power level that is representative of an amount of transmitter power associated with a frequency channel in a telecommunication system; determining an adaptive signal quality reference level for said frequency channel as a function of said reference transmitter power level; and adjusting the amount of transmitter power associated with said frequency channel as a function of said adaptive signal quality reference level.

Claim 17

The method of claim 12, wherein said step of adjusting the amount of transmitter power comprises the step: adjusting the amount of transmitter power associated with said frequency channel as a function of said adaptive signal quality reference level and a measured signal quality level.

Claim 18

In a telecommunication system, an apparatus for controlling transmitter power level comprises: means for determining a reference transmitter power level that is representative of an amount of power being transmitted in a region of the telecommunication system; means for determining an adaptive signal quality reference level as a function of the reference transmitter power level; and means for adjusting transmitter power in the region of the telecommunication system so as to cause actual signal quality within the region of the telecommunication system to substantially equal the adaptive signal quality reference level.

Claim 19

In a telecommunication system, an apparatus for controlling transmitter power level comprises: means for determining a reference transmitter power level that is representative of an amount of power being transmitted in a region of the telecommunication system; means for determining an adaptive signal quality reference level as a function of the reference transmitter power level; and means for adjusting transmitter power in the region of the telecommunication system so as to cause actual signal quality within the region of the telecommunication system to substantially equal the adaptive signal quality reference level.

Claim 20

The apparatus of claim 14, wherein said means for determining the reference transmitter power level comprises: means for acquiring values of transmitter power levels being utilized by transmitters within the region of the telecommunication system; and means for filtering the acquired values of transmitter power to generate the reference transmitter power level.

Claim 21

The apparatus of claim 15, wherein said adaptive signal quality reference level is a function of a first reference measure of signal quality and a second reference measure of signal quality.

Claim 22

The apparatus of claim 16, wherein said means for determining an adaptive signal quality reference level as a function of the reference transmitter power level comprises: means for determining the first reference measure of signal quality as a function of the reference transmitter power level; means for determining the second reference measure of signal quality as a function of the reference transmitter power level; means for normalizing the first reference measure of signal quality; means for weighting the first reference measure of signal quality; means for normalizing the second reference measure of signal quality; means for weighting the second reference measure of signal quality; and means for determining the adaptive signal quality reference level by combining the weighted, first reference measure of signal quality and the weighted, second reference measure of signal quality.

Claim 23

The apparatus of claim 15, wherein said telecommunication system is a cellular telecommunication system and said at least one region comprises at least one cell.

Claim 24

The apparatus of claim 14, wherein said means for determining an adaptive signal quality reference level comprises: means for determining an adaptive signal quality reference level only if said reference transmitter power level has changed by more than a predefined amount.

Claim 25

In a telecommunication system, an apparatus for controlling transmitter power level comprises: means for determining at least two reference transmitter power levels, each representing an amount of power being transmitted in a region of the telecommunication system; means for determining an adaptive signal quality reference level as a function of at least one of said at least two reference transmitter power levels; and means for adjusting transmitter power in the region of the telecommunication system so as to cause actual signal quality within the region of the telecommunication system to substantially equal the adaptive signal quality reference level.

Claim 26

In a telecommunication system, an apparatus for controlling transmitter power level comprises: means for determining at least two reference transmitter power levels, each representing an amount of power being transmitted in a region of the telecommunication system; means for determining an adaptive signal quality reference level as a function of at least one of said at least two reference transmitter power levels; and means for adjusting transmitter power in the region of the telecommunication system so as to cause actual signal quality within the region of the telecommunication system to substantially equal the adaptive signal quality reference level.

Claim 27

The apparatus of claim 20, wherein said means for determining at least two reference transmitter power levels comprises: means for using a second filter to filter acquired transmitter power values being utilized by transmitters belonging to a first group of transmitters to determine a first reference transmitter power level; and means for using a second filter to filter acquired transmitter power values being utilized by transmitters belonging to a first group of transmitters to determine a second reference transmitter power level.

Claim 28

The apparatus of claim 20, wherein said means for determining an adaptive signal quality reference level comprises: means for determining an adaptive signal quality reference level by combining said at least two reference transmitter power levels.

Claim 29

In a telecommunication system, an apparatus for controlling transmitter power levels comprises: means for determining a first reference transmitter power level that is representative of a first amount of transmitter power being utilized by each transmitter from a first group of transmitters in a region of the telecommunication system; means for determining a second reference transmitter power level that is representative of a second amount of transmitter power being utilized by each transmitter from a second group of transmitters in the region of the telecommunication system; means for determining a first adaptive signal quality reference level as a function of said first reference transmitter power level; means for determining a second adaptive signal quality reference level as a function of said second reference transmitter power level; means for adjusting the amount of transmitter power being utilized by each transmitter from said first group of transmitters so as to cause actual signal quality associated with each transmitter from said first group of transmitters to substantially equal said first adaptive signal quality reference level; and means for adjusting the amount of transmitter power being utilized by each transmitter from said second group of transmitters so as to cause actual signal quality associated with each transmitter from said second group of transmitters to substantially equal said second adaptive signal quality reference level.

Claim 30

In a telecommunication system, an apparatus for controlling transmitter power levels comprises: means for determining a first reference transmitter power level that is representative of a first amount of transmitter power being utilized by each transmitter from a first group of transmitters in a region of the telecommunication system; means for determining a second reference transmitter power level that is representative of a second amount of transmitter power being utilized by each transmitter from a second group of transmitters in the region of the telecommunication system; means for determining a first adaptive signal quality reference level as a function of said first reference transmitter power level; means for determining a second adaptive signal quality reference level as a function of said second reference transmitter power level; means for adjusting the amount of transmitter power being utilized by each transmitter from said first group of transmitters so as to cause actual signal quality associated with each transmitter from said first group of transmitters to substantially equal said first adaptive signal quality reference level; and means for adjusting the amount of transmitter power being utilized by each transmitter from said second group of transmitters so as to cause actual signal quality associated with each transmitter from said second group of transmitters to substantially equal said second adaptive signal quality reference level.

Claim 31

The apparatus of claim 23, wherein each transmitter from said first group of transmitters is a mobile unit transmitter, and wherein each transmitter from said second group of transmitters is a base station transmitter.

Claim 32

In a telecommunication system, an apparatus for controlling transmitter power level comprises: means for determining a reference transmitter power level that is representative of an amount of transmitter power associated with a frequency channel in a telecommunication system; means for determining an adaptive signal quality reference level for said frequency channel as a function of said reference transmitter power level; and means for adjusting the amount of transmitter power associated with said frequency channel as a function of said adaptive signal quality reference level.

Claim 33

In a telecommunication system, an apparatus for controlling transmitter power level comprises: means for determining a reference transmitter power level that is representative of an amount of transmitter power associated with a frequency channel in a telecommunication system; means for determining an adaptive signal quality reference level for said frequency channel as a function of said reference transmitter power level; and means for adjusting the amount of transmitter power associated with said frequency channel as a function of said adaptive signal quality reference level.

Claim 34

The apparatus of claim 25, wherein said means for adjusting the amount of transmitter power comprises: means for adjusting the amount of transmitter power associated with said frequency channel as a function of said adaptive signal quality reference level and a measured signal quality level.