Method for Requesting and Reporting Channel Quality Information in Wireless Portable Internet System

Abstract

A method for requesting and reporting channel quality information (CQI) in a wireless portable Internet system is disclosed. Timing of a channel quality information request by a base station is determined existence of an automatic repeat request acknowledgment (ARQ_ACK) message of downlink data is determined on requesting the channel quality information from the subscriber station the automatic repeat request acknowledgment message and the radio resource for the channel quality report to the subscriber station is allocated the automatic repeat request acknowledgment message and the channel quality report information is received and a modulating and coding level of downlink data is determined by extracting the channel quality report information from the automatic repeat request acknowledgment message.

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Technology	Declaration Information			Specification Information				Explicitly Disclosed	Patent Type
Technology	Declaration Date	Declaration Reference	Declaring Company	Specification Number				Explicitly Disclosed	Patent Type
4G	24/10/2017	ISLD-201801-006	Electronics and Telecommunications Research Institute	S1 TS Number: TS 136 331 Version No: Illustrative part: ---- Release: S2 TS Number: TS 136 133 Version No: Illustrative part: ---- Release: S3 TS Number: TS 136 211 Version No: Illustrative part: ---- Release: S4 TS Number: TS 136 212 Version No: Illustrative part: ---- Release: S5 TS Number: TS 136 213 Version No: Illustrative part: ---- Release: S6 TS Number: TS 136 214 Version No: Illustrative part: ---- Release: S7 TS Number: TS 136 300 Version No: Illustrative part: ---- Release: S8 TS Number: TS 136 304 Version No: Illustrative part: ---- Release: S9 TS Number: TS 136 305 Version No: Illustrative part: ---- Release: S10 TS Number: TS 136 306 Version No: Illustrative part: ---- Release: S11 TS Number: TS 136 321 Version No: Illustrative part: ---- Release: S12 TS Number: TS 136 322 Version No: Illustrative part: ---- Release: S13 TS Number: TS 136 323 Version No: Illustrative part: ---- Release: +12 -12				Yes	Basis Patent

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Technologies

2G 3G 4G 5G

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Publication No	Technology	Declaration Information			Specification Information	Explicitly Disclosed	Patent Type
Publication No	Technology	Declaration Date	Declaration Reference	Declaring Company	Specification Number	Explicitly Disclosed	Patent Type
US2007254595A1	4G	24/10/2017	ISLD-201801-006	Electronics and Telecommunications Research Institute	S1 TS Number: TS 136 331 Version No: ---- Section No: Release : ---- S2 TS Number: TS 136 133 Version No: ---- Section No: Release : ---- S3 TS Number: TS 136 211 Version No: ---- Section No: Release : ---- S4 TS Number: TS 136 212 Version No: ---- Section No: Release : ---- S5 TS Number: TS 136 213 Version No: ---- Section No: Release : ---- S6 TS Number: TS 136 214 Version No: ---- Section No: Release : ---- S7 TS Number: TS 136 300 Version No: ---- Section No: Release : ---- S8 TS Number: TS 136 304 Version No: ---- Section No: Release : ---- S9 TS Number: TS 136 305 Version No: ---- Section No: Release : ---- S10 TS Number: TS 136 306 Version No: ---- Section No: Release : ---- S11 TS Number: TS 136 321 Version No: ---- Section No: Release : ---- S12 TS Number: TS 136 322 Version No: ---- Section No: Release : ---- S13 TS Number: TS 136 323 Version No: ---- Section No: Release : ---- +12 -12	Yes	Basis Patent
US2011305218A1	4G	24/10/2017	ISLD-201801-006	Electronics and Telecommunications Research Institute	S1 TS Number: TS 136 133 Version No: ---- Section No: Release : ---- S2 TS Number: TS 136 211 Version No: ---- Section No: Release : ---- S3 TS Number: TS 136 212 Version No: ---- Section No: Release : ---- S4 TS Number: TS 136 213 Version No: ---- Section No: Release : ---- S5 TS Number: TS 136 214 Version No: ---- Section No: Release : ---- S6 TS Number: TS 136 300 Version No: ---- Section No: Release : ---- S7 TS Number: TS 136 304 Version No: ---- Section No: Release : ---- S8 TS Number: TS 136 305 Version No: ---- Section No: Release : ---- S9 TS Number: TS 136 306 Version No: ---- Section No: Release : ---- S10 TS Number: TS 136 321 Version No: ---- Section No: Release : ---- S11 TS Number: TS 136 322 Version No: ---- Section No: Release : ---- S12 TS Number: TS 136 323 Version No: ---- Section No: Release : ---- S13 TS Number: TS 136 331 Version No: ---- Section No: Release : ---- +12 -12	Yes	Family Member
US8374145B2	4G	24/10/2017	ISLD-201801-006	Electronics and Telecommunications Research Institute	S1 TS Number: TS 136 133 Version No: ---- Section No: Release : ---- S2 TS Number: TS 136 211 Version No: ---- Section No: Release : ---- S3 TS Number: TS 136 212 Version No: ---- Section No: Release : ---- S4 TS Number: TS 136 213 Version No: ---- Section No: Release : ---- S5 TS Number: TS 136 214 Version No: ---- Section No: Release : ---- S6 TS Number: TS 136 300 Version No: ---- Section No: Release : ---- S7 TS Number: TS 136 304 Version No: ---- Section No: Release : ---- S8 TS Number: TS 136 305 Version No: ---- Section No: Release : ---- S9 TS Number: TS 136 306 Version No: ---- Section No: Release : ---- S10 TS Number: TS 136 321 Version No: ---- Section No: Release : ---- S11 TS Number: TS 136 322 Version No: ---- Section No: Release : ---- S12 TS Number: TS 136 323 Version No: ---- Section No: Release : ---- S13 TS Number: TS 136 331 Version No: ---- Section No: Release : ---- +12 -12	Yes	Family Member
WO2005074312A1	4G	24/10/2017	ISLD-201801-006	Electronics and Telecommunications Research Institute	S1 TS Number: TS 136 304 Version No: ---- Section No: Release : ---- S2 TS Number: TS 136 305 Version No: ---- Section No: Release : ---- S3 TS Number: TS 136 306 Version No: ---- Section No: Release : ---- S4 TS Number: TS 136 321 Version No: ---- Section No: Release : ---- S5 TS Number: TS 136 322 Version No: ---- Section No: Release : ---- S6 TS Number: TS 136 323 Version No: ---- Section No: Release : ---- S7 TS Number: TS 136 331 Version No: ---- Section No: Release : ---- S8 TS Number: TS 136 133 Version No: ---- Section No: Release : ---- S9 TS Number: TS 136 211 Version No: ---- Section No: Release : ---- S10 TS Number: TS 136 212 Version No: ---- Section No: Release : ---- S11 TS Number: TS 136 213 Version No: ---- Section No: Release : ---- S12 TS Number: TS 136 214 Version No: ---- Section No: Release : ---- S13 TS Number: TS 136 300 Version No: ---- Section No: Release : ---- +12 -12	No	Family Member

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Technologies

Resource configuration

Feedback

Product

Base Station (eNB/gNB)

User Equipment (UE/Terminal)

Use Cases

Wireless communication

Services

Channel Quality Measurement/Estimation

Claim

1. A method for requesting channel quality information (CQI) in a base station of a wireless communication system, comprising:
a) determining timing of a channel quality information request;
b) requesting an automatic repeat request acknowledgement (ARQ-ACK) message of downlink data and the CQI from a subscriber station at the determined timing;
c) allocating a radio resource for the ARQ-ACK message and a report of the CQI to the subscriber station;
d) receiving the ARQ-ACK message including the CQI from the subscriber station; and
e) determining a modulation and coding level of downlink data by extracting the CQI from the ARQ-ACK message.', 'a) determining timing of a channel quality information request;', 'b) requesting an automatic repeat request acknowledgement (ARQ-ACK) message of downlink data and the CQI from a subscriber station at the determined timing;', 'c) allocating a radio resource for the ARQ-ACK message and a report of the CQI to the subscriber station;', 'd) receiving the ARQ-ACK message including the CQI from the subscriber station; and', 'e) determining a modulation and coding level of downlink data by extracting the CQI from the ARQ-ACK message.

2. The method for reporting the channel quality information of claim 1, further comprising:
a-1) determining whether uplink data to be received by the base station exists, after a);
b-1) transmitting a piggyback identifier of uplink data to be used to request the CQI to the subscriber station when the uplink data exists;
c-1) allocating a radio resource for reporting the CQI to the subscriber station;
d-1) receiving the channel quality report information piggybacked on the uplink data; and
e-1) extracting the CQI from the uplink data, and determining a modulation and coding level of downlink data based on the reported CQI.', 'a-1) determining whether uplink data to be received by the base station exists, after a);', 'b-1) transmitting a piggyback identifier of uplink data to be used to request the CQI to the subscriber station when the uplink data exists;', 'c-1) allocating a radio resource for reporting the CQI to the subscriber station;', 'd-1) receiving the channel quality report information piggybacked on the uplink data; and', 'e-1) extracting the CQI from the uplink data, and determining a modulation and coding level of downlink data based on the reported CQI.

3. The method for reporting the channel quality information of claim 2, further comprising:
a-2) determining whether the ARQ-ACK message exists in a-1), when no uplink data to be received by the base station exists;
b-2) transmitting a CQI REQuest (REP_REQ) medium access control (MAC) message to the subscriber station when no ARQ-ACK message exists;
c-2) allocating the radio resource for reporting the CQI to a dedicated channel;
d-2) receiving the REP_REQ MAC message through the dedicated channel; and
e-2) determining a modulation and coding level of downlink data based on the reported CQI.', 'a-2) determining whether the ARQ-ACK message exists in a-1), when no uplink data to be received by the base station exists;', 'b-2) transmitting a CQI REQuest (REP_REQ) medium access control (MAC) message to the subscriber station when no ARQ-ACK message exists;', 'c-2) allocating the radio resource for reporting the CQI to a dedicated channel;', 'd-2) receiving the REP_REQ MAC message through the dedicated channel; and', 'e-2) determining a modulation and coding level of downlink data based on the reported CQI.

4. The method for reporting the channel quality information of claim 1, wherein the CQI is a mean value or standard deviation of a carrier to interference noise ratio (CINR) of the downlink.

5. The method for reporting the channel quality information of claim 4, further comprising:
allocating a radio resource for reporting the CQI at the front time slot of the uplink resource for the subscriber station having the larger standard deviation of the CINR.', 'allocating a radio resource for reporting the CQI at the front time slot of the uplink resource for the subscriber station having the larger standard deviation of the CINR.

6. The method for reporting the channel quality information of claim 1, wherein information on the radio resource allocated for reporting the CQI is transmitted while being included in the UpLink-map (UL-MAP) of a downlink frame.

7. The method for reporting the channel quality information of claim 1, further comprising: controlling the period and frequency of the CQI based on the received CQI.

8. A method for reporting channel quality information in a subscriber station of a wireless communication system, comprising:
a) determining whether transmission request of an ARQ-ACK message and a Channel Quality Information (CQI) is provided from a base station;
b) updating value of the CQI into a latest value by measuring the CQI when the transmission request is provided;
c) acknowledging a radio resource allocated for the ARQ-ACK message and the CQI; and
d) transmitting the ARO-ACK message including the CQI to a base station.', 'a) determining whether transmission request of an ARQ-ACK message and a Channel Quality Information (CQI) is provided from a base station;', 'b) updating value of the CQI into a latest value by measuring the CQI when the transmission request is provided;', 'c) acknowledging a radio resource allocated for the ARQ-ACK message and the CQI; and', 'd) transmitting the ARO-ACK message including the CQI to a base station.

9. The method for reporting the channel quality information of claim 8, further comprising:
a-1) determining whether a piggyback identifier for transmitting the CQI is transmitted from the base station;
b-1) measuring the CQI and updating the same into the latest values when the piggyback identifier is transmitted;
c-1) acknowledging a radio resource allocated for the CQI among the radio resources piggybacked on the uplink data; and
d-1) transmitting the CQI piggybacked on the uplink data to the base station.', 'a-1) determining whether a piggyback identifier for transmitting the CQI is transmitted from the base station;', 'b-1) measuring the CQI and updating the same into the latest values when the piggyback identifier is transmitted;', 'c-1) acknowledging a radio resource allocated for the CQI among the radio resources piggybacked on the uplink data; and', 'd-1) transmitting the CQI piggybacked on the uplink data to the base station

10. The method for reporting the channel quality information of claim 8, further comprising:
a-2) determining whether the REP_REQ MAC message is transmitted from the base station;
b-2) measuring the CQI and updating the same into the latest value when the REP_REQ MAC message is transmitted;
c-2) acknowledging a radio resource of a dedicated channel allocated for the CQI report; and
d-2) transmitting the CQI through the dedicated channel to the base station.', 'a-2) determining whether the REP_REQ MAC message is transmitted from the base station;', 'b-2) measuring the CQI and updating the same into the latest value when the REP_REQ MAC message is transmitted;', 'c-2) acknowledging a radio resource of a dedicated channel allocated for the CQI report; and', 'd-2) transmitting the CQI through the dedicated channel to the base station

11. The method for reporting the channel quality information of claim 8, wherein the CQI is a mean value or standard deviation of a carrier to interference noise ratio (CINR) of the downlink

12. The method for reporting the channel quality information of claim 8, wherein the radio resource allocation information for reporting the CQI transmitted to the base station is included in an UpLink-map (UL-MAP) of an uplink frame

13. A wireless communication system, comprising:
a base station configured to determine timing of a channel quality information (CQI) request, request an automatic repeat request acknowledgement (ARQ-ACK) message of downlink data and a CQI from a subscriber station at the determined timing, and allocate a radio resource for the ARQ-ACK message and a report of the CQI to the subscriber station; and
a subscriber station configured to transmit the ARQ-ACK message including the CQI to the base station,
wherein the base station determines a modulation and coding level of downlink data by extracting the CQI from the ARQ-ACK message.', 'a base station configured to determine timing of a channel quality information (CQI) request, request an automatic repeat request acknowledgement (ARQ-ACK) message of downlink data and a CQI from a subscriber station at the determined timing, and allocate a radio resource for the ARQ-ACK message and a report of the CQI to the subscriber station; and', 'a subscriber station configured to transmit the ARQ-ACK message including the CQI to the base station,', 'wherein the base station determines a modulation and coding level of downlink data by extracting the CQI from the ARQ-ACK message.14. The system of claim 13, wherein the subscriber station measures the CQI and updates the CQI into a latest value when the base station requests the ARQ-ACK message and the CQI.15. The system of claim 13, wherein the base station determines whether uplink data to be received exists, transmits a piggyback identifier of uplink data to be used to request the CQI to the subscriber station when the uplink data exists, allocates a radio resource for reporting the CQI to the subscriber station, receives the channel quality report information piggybacked on the uplink data from the subscriber station, extracts the CQI from the uplink data, and determines a modulation and coding level of downlink data based on the reported CQI.16. The system of claim 15, wherein the base station determines whether the ARQ-ACK message exists when no uplink data to be received exists, transmits a CQI REQuest (REP_REQ) medium access control (MAC) message to the subscriber station when no ARQ-ACK message exists, allocates the radio resource for reporting the CQI to a dedicated channel, receives the REP_REQ MAC message through the dedicated channel, and determines a modulation and coding level of downlink data based on the reported CQI.17. The system of claim 13, wherein the CQI is a mean value or standard deviation of a carrier to interference noise ratio (CINR) of the downlink.18. The system of claim 17, wherein the base station allocates a radio resource for reporting the CQI at the front time slot of the uplink resource for the subscriber station having the larger standard deviation of the CINR.19. The system of claim 13, wherein information on the radio resource allocated for reporting the CQI is transmitted while being included in the UpLink-map (UL-MAP) of a downlink frame.

20. The system of claim 13, wherein the base station controls the period and frequency of the CQI based on the received CQI.']

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