Methods for measuring received signal strength indication, measurement devices, and radio communication device
원문보기
IPC분류정보
국가/구분
United States(US) Patent
등록
국제특허분류(IPC7판)
H04B-017/00
H04K-003/00
출원번호
US-0492193
(2009-06-26)
등록번호
US-8290460
(2012-10-16)
발명자
/ 주소
Hoepfner, Marcus
출원인 / 주소
Intel Mobile Communications GmbH
인용정보
피인용 횟수 :
4인용 특허 :
2
초록▼
In various embodiments, a method for measuring Received Signal Strength Indication is provided. The method may include carrying out a first partial Received Signal Strength Indication measurement for a plurality of mobile radio base stations, selecting at least one mobile radio base station out of t
In various embodiments, a method for measuring Received Signal Strength Indication is provided. The method may include carrying out a first partial Received Signal Strength Indication measurement for a plurality of mobile radio base stations, selecting at least one mobile radio base station out of the plurality of mobile radio base stations based on the result of the first partial Received Signal Strength Indication measurement for a second partial Received Signal Strength Indication measurement, and carrying out the second partial Received Signal Strength Indication measurement for the selected at least one mobile radio base station.
대표청구항▼
1. A method for measuring Received Signal Strength Indication, the method comprising: carrying out a first partial Received Signal Strength Indication measurement for a plurality of mobile radio base stations;selecting at least one first mobile radio base station out of the plurality of mobile radio
1. A method for measuring Received Signal Strength Indication, the method comprising: carrying out a first partial Received Signal Strength Indication measurement for a plurality of mobile radio base stations;selecting at least one first mobile radio base station out of the plurality of mobile radio base stations based on the result of the first partial Received Signal Strength Indication measurement for a second partial Received Signal Strength Indication measurement;carrying out the second partial Received Signal Strength Indication measurement for the selected at least one first mobile radio base station;selecting at least one mobile second radio base station out of the plurality of mobile radio base stations based on the result of the second partial Received Signal Strength Indication measurement for a base station identity code identification process;determining as to whether the selected at least one first mobile radio base station out of the plurality of mobile radio base stations based on the result of the first partial Received Signal Strength Indication measurement is different from the selected at least one second mobile radio base station out of the plurality of mobile radio base stations based on the result of the second partial Received Signal Strength Indication measurement; andin case the selected at least one mobile radio base stations are different, stopping the base station identity code identification process for the selected at least one mobile radio base station, and starting a new base station identity code identification process for the selected at least one second mobile radio base station based on the result of the second partial Received Signal Strength Indication measurement. 2. The method of claim 1, further comprising: determining the plurality of mobile radio base stations from a mobile radio neighbor cell list. 3. The method of claim 2, further comprising: receiving the mobile radio neighbor cell list via a mobile radio communication connection. 4. The method of claim 1, wherein at least one of the first partial Received Signal Strength Indication measurements and the second partial Received Signal Strength Indication measurements are carried out during a mobile radio transmission gap. 5. The method of claim 1, wherein the first partial Received Signal Strength Indication measurement comprises measuring the Received Signal Strength Indication for the plurality of mobile radio base stations only a predetermined number of time which is smaller than a predetermined number of times provided for the Received Signal Strength Indication measurement. 6. The method of claim 5, wherein the first partial Received Signal Strength Indication measurement comprises measuring the Received Signal Strength Indication for the plurality of mobile radio base stations only once. 7. The method of claim 1, further comprising: carrying out base station identity code identification process for the selected at least one mobile radio base station. 8. The method of claim 7, wherein the base station identity code identification process is carried out while the second partial Received Signal Strength Indication measurement is carried out. 9. The method of claim 7, further comprising: carrying out base station identity code re-confirmation process for the selected at least one mobile radio base station for which the base station identity code identification process has been carried out. 10. The method of claim 1, further comprising: carrying out GSM base station identity code identification process for the selected at least one mobile radio base station. 11. The method of claim 1, further comprising: determining a Received Signal Strength Indication measurement result based on the first partial Received Signal Strength Indication measurement and the second partial Received Signal Strength Indication measurement. 12. The method of claim 11, further comprising: generating a Received Signal Strength Indication measurement report based on the Received Signal Strength Indication measurement result. 13. A measurement device for measuring Received Signal Strength Indication, the measurement device comprising: a measurement device controller configured to carry out a first partial Received Signal Strength Indication measurement for a plurality of mobile radio base stations;a selector configured to select at least one first mobile radio base station out of the plurality of mobile radio base stations based on the result of the first partial Received Signal Strength Indication measurement for a second partial Received Signal Strength Indication measurement;wherein the measurement device controller is further configured to carry out the second partial Received Signal Strength Indication measurement for the selected at least one first mobile radio base station;a further selector configured to select at least one second mobile radio base station out of the plurality of mobile radio base stations based on the result of the second partial Received Signal Strength Indication measurement for a base station identity code identification process;a first determination circuit configured to determine as to whether the selected at least one first mobile radio base station out of the plurality of mobile radio base stations based on the result of the first partial Received Signal Strength Indication measurement is different from the selected at least one second mobile radio base station out of the plurality of mobile radio base stations based on the result of the second partial Received Signal Strength Indication measurement; andwherein the measurement device controller is further configured, in case the selected at least one mobile radio base stations are different, to stop the base station identity code identification process for the selected at least one first mobile radio base station, and to start a new base station identity code identification process for the selected at least one second mobile radio base station based on the result of the second partial Received Signal Strength Indication measurement. 14. The measurement device of claim 13, wherein the measurement device controller is further configured to carry out at least one of the first partial Received Signal Strength Indication measurements and the second partial Received Signal Strength Indication measurements during a mobile radio transmission gap. 15. A radio communication device, comprising: a measurement device for measuring Received Signal Strength Indication, the measurement device comprising:a measurement device controller configured to carry out a first partial Received Signal Strength Indication measurement for a plurality of mobile radio base stations;a selector configured to select at least one it mobile radio base station out of the plurality of mobile radio base stations based on the result of the first partial Received Signal Strength Indication measurement for a second partial Received Signal Strength Indication measurement;wherein the measurement device controller is further configured to carry out the second partial Received Signal Strength Indication measurement for the selected at least one first mobile radio base station;a further selector configured to select at least one second mobile radio base station out of the plurality of mobile radio base stations based on the result of the second partial Received Signal Strength Indication measurement for a base station identity code identification process;a first determination circuit configured to determine as to whether the selected at least one first mobile radio base station out of the plurality of mobile radio base stations based on the result of the first partial Received Signal Strength Indication measurement is different from the selected at least one second mobile radio base station out of the plurality of mobile radio base stations based on the result of the second partial Received Signal Strength Indication measurement; andwherein the measurement device controller is further configured, in case the selected at least one mobile radio base stations are different, to stop the base station identity code identification process for the selected at least one first mobile radio base station, and to start a new base station identity code identification process for the selected at least one second mobile radio base station based on the result of the second partial Received Signal Strength Indication measurement. 16. The radio communication device of claim 15, further comprising: a memory to store a mobile radio neighbor cell list;wherein the measurement device controller is further configured to determine the plurality of mobile radio base stations from the mobile radio neighbor cell list. 17. The radio communication device of claim 16, further comprising: a receiver configured to receive the mobile radio neighbor cell list via a mobile radio communication connection. 18. A method for measuring Received Signal Strength Indication, the method comprising: carrying out a first partial Received Signal Strength Indication measurement for a multiplicity of mobile radio base stations;selecting a plurality of mobile radio base station out of the multiplicity of mobile radio base stations based on the result of the first partial Received Signal Strength Indication measurement for a second partial Received Signal Strength Indication measurement;carrying out the second partial Received Signal Strength Indication measurement for the selected plurality of mobile radio base stations;selecting at least one mobile radio base station out of the plurality of mobile radio base stations based on the result of the second partial Received Signal Strength Indication measurement for a base station identity code identification process;determining as to whether the at least one selected mobile radio base station out of the plurality of mobile radio base stations based on the result of the second partial Received Signal Strength Indication measurement is different from the selected plurality of mobile radio base stations out of the multiplicity of mobile radio base stations based on the result of the first partial Received Signal Strength Indication measurement; andin case the selected at least one mobile radio base station is different, stopping the base station identity code identification process for the selected plurality of mobile radio base stations, and starting a new base station identity code identification process for the selected at least one mobile radio base station based on the result of the second partial Received Signal Strength Indication measurement. 19. A measurement device for measuring Received Signal Strength Indication, the measurement device comprising: a measurement device controller configured to carry out a first partial Received Signal Strength Indication measurement for a multiplicity of mobile radio base stations;a selector configured to select a plurality of mobile radio base stations out of the multiplicity of mobile radio base stations based on the result of the first partial Received Signal Strength Indication measurement for a second partial Received Signal Strength Indication measurement;wherein the measurement device controller is further configured to carry out the second partial Received Signal Strength Indication measurement for the selected plurality of mobile radio base stations;a further selector configured to select at least one mobile radio base station out of the plurality of mobile radio base stations based on the result of the second partial Received Signal Strength Indication measurement for a base station identity code identification process;a first determination circuit configured to determine as to whether the at least one selected mobile radio base station out of the plurality of mobile radio base stations based on the result of the second partial Received Signal Strength Indication measurement is different from the selected plurality of mobile radio base stations out of the multiplicity of mobile radio base stations based on the result of the first partial Received Signal Strength Indication measurement; andwherein the measurement device controller is further configured, in case the selected at least one mobile radio base station is different, stopping the base station identity code identification process for the selected plurality of mobile radio base stations, and starting a new base station identity code identification process for the selected at least one mobile radio base station based on the result of the second partial Received Signal Strength Indication measurement. 20. The measurement device of claim 19, wherein the measurement device controller is further configured to carry out at least one of the first partial Received Signal Strength Indication measurements and the second partial Received Signal Strength Indication measurements during a mobile radio transmission gap.
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