METHOD FOR CONFIGURING RESOURCES DEVICE AND SYSTEM

Abstract

Embodiments of the present invention provide a method for configuring resources a device and a system. The method includes: generating resource configuration information (S 201); carrying the resource configuration information in a media access control protocol data unit (MAC PDU) or a physical downlink control channel (PDCCH) signaling and sending to a user equipment to enable the user equipment to perform uplink transmission according to the resource configuration information (S202). The method for configuring resources the device and the system provided in the embodiments of the present invention can achieve fast physical layer radio resource configuration with a short delay.

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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
5G	05/08/2019	ISLD-201908-008	HUAWEI	S1 TS Number: TS 138 101 Version No: Illustrative part: ---- Release: S2 TS Number: TS 138 211 Version No: Illustrative part: ---- Release: S3 TS Number: TS 138 212 Version No: Illustrative part: ---- Release: S4 TS Number: TS 138 213 Version No: Illustrative part: ---- Release: S5 TS Number: TS 138 214 Version No: Illustrative part: ---- Release: S6 TS Number: TS 138 300 Version No: Illustrative part: ---- Release: S7 TS Number: TS 138 321 Version No: Illustrative part: ---- Release: S8 TS Number: TS 138 322 Version No: Illustrative part: ---- Release: S9 TS Number: TS 138 331 Version No: Illustrative part: ---- Release: +8 -8				Yes	Family Member

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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
WO2013135038A1	5G	05/08/2019	ISLD-201908-008	HUAWEI	S1 TS Number: TS 138 101 Version No: ---- Section No: Release : ---- S2 TS Number: TS 138 211 Version No: ---- Section No: Release : ---- S3 TS Number: TS 138 212 Version No: ---- Section No: Release : ---- S4 TS Number: TS 138 213 Version No: ---- Section No: Release : ---- S5 TS Number: TS 138 214 Version No: ---- Section No: Release : ---- S6 TS Number: TS 138 300 Version No: ---- Section No: Release : ---- S7 TS Number: TS 138 321 Version No: ---- Section No: Release : ---- S8 TS Number: TS 138 322 Version No: ---- Section No: Release : ---- S9 TS Number: TS 138 331 Version No: ---- Section No: Release : ---- +8 -8	Yes	Basis Patent
CN103548405A	5G	05/08/2019	ISLD-201908-008	HUAWEI	S1 TS Number: TS 138 101 Version No: ---- Section No: Release : ---- S2 TS Number: TS 138 211 Version No: ---- Section No: Release : ---- S3 TS Number: TS 138 212 Version No: ---- Section No: Release : ---- S4 TS Number: TS 138 213 Version No: ---- Section No: Release : ---- S5 TS Number: TS 138 214 Version No: ---- Section No: Release : ---- S6 TS Number: TS 138 300 Version No: ---- Section No: Release : ---- S7 TS Number: TS 138 321 Version No: ---- Section No: Release : ---- S8 TS Number: TS 138 322 Version No: ---- Section No: Release : ---- S9 TS Number: TS 138 331 Version No: ---- Section No: Release : ---- +8 -8	Yes	Family Member
EP2827662A1	5G	05/08/2019	ISLD-201908-008	HUAWEI	S1 TS Number: TS 138 101 Version No: ---- Section No: Release : ---- S2 TS Number: TS 138 211 Version No: ---- Section No: Release : ---- S3 TS Number: TS 138 212 Version No: ---- Section No: Release : ---- S4 TS Number: TS 138 213 Version No: ---- Section No: Release : ---- S5 TS Number: TS 138 214 Version No: ---- Section No: Release : ---- S6 TS Number: TS 138 300 Version No: ---- Section No: Release : ---- S7 TS Number: TS 138 321 Version No: ---- Section No: Release : ---- S8 TS Number: TS 138 322 Version No: ---- Section No: Release : ---- S9 TS Number: TS 138 331 Version No: ---- Section No: Release : ---- +8 -8	Yes	Family Member
EP2827662A4	5G	05/08/2019	ISLD-201908-008	HUAWEI	S1 TS Number: TS 138 101 Version No: ---- Section No: Release : ---- S2 TS Number: TS 138 211 Version No: ---- Section No: Release : ---- S3 TS Number: TS 138 212 Version No: ---- Section No: Release : ---- S4 TS Number: TS 138 213 Version No: ---- Section No: Release : ---- S5 TS Number: TS 138 214 Version No: ---- Section No: Release : ---- S6 TS Number: TS 138 300 Version No: ---- Section No: Release : ---- S7 TS Number: TS 138 321 Version No: ---- Section No: Release : ---- S8 TS Number: TS 138 322 Version No: ---- Section No: Release : ---- S9 TS Number: TS 138 331 Version No: ---- Section No: Release : ---- +8 -8	Yes	Family Member
EP2827662B1	5G	05/08/2019	ISLD-201908-008	HUAWEI	S1 TS Number: TS 138 101 Version No: ---- Section No: Release : ---- S2 TS Number: TS 138 211 Version No: ---- Section No: Release : ---- S3 TS Number: TS 138 212 Version No: ---- Section No: Release : ---- S4 TS Number: TS 138 213 Version No: ---- Section No: Release : ---- S5 TS Number: TS 138 214 Version No: ---- Section No: Release : ---- S6 TS Number: TS 138 300 Version No: ---- Section No: Release : ---- S7 TS Number: TS 138 321 Version No: ---- Section No: Release : ---- S8 TS Number: TS 138 322 Version No: ---- Section No: Release : ---- S9 TS Number: TS 138 331 Version No: ---- Section No: Release : ---- +8 -8	Yes	Family Member
US9655093B2	5G	05/08/2019	ISLD-201908-008	HUAWEI	S1 TS Number: TS 138 101 Version No: ---- Section No: Release : ---- S2 TS Number: TS 138 211 Version No: ---- Section No: Release : ---- S3 TS Number: TS 138 212 Version No: ---- Section No: Release : ---- S4 TS Number: TS 138 213 Version No: ---- Section No: Release : ---- S5 TS Number: TS 138 214 Version No: ---- Section No: Release : ---- S6 TS Number: TS 138 300 Version No: ---- Section No: Release : ---- S7 TS Number: TS 138 321 Version No: ---- Section No: Release : ---- S8 TS Number: TS 138 322 Version No: ---- Section No: Release : ---- S9 TS Number: TS 138 331 Version No: ---- Section No: Release : ---- +8 -8	Yes	Family Member
WO2013134952A1	5G	05/08/2019	ISLD-201908-008	HUAWEI	S1 TS Number: TS 138 101 Version No: ---- Section No: Release : ---- S2 TS Number: TS 138 211 Version No: ---- Section No: Release : ---- S3 TS Number: TS 138 212 Version No: ---- Section No: Release : ---- S4 TS Number: TS 138 213 Version No: ---- Section No: Release : ---- S5 TS Number: TS 138 214 Version No: ---- Section No: Release : ---- S6 TS Number: TS 138 300 Version No: ---- Section No: Release : ---- S7 TS Number: TS 138 321 Version No: ---- Section No: Release : ---- S8 TS Number: TS 138 322 Version No: ---- Section No: Release : ---- S9 TS Number: TS 138 331 Version No: ---- Section No: Release : ---- +8 -8	Yes	Family Member

Publication No	Technology	Declaration Information			Specification Information				Explicitly Disclosed	Patent Type	Status	National Phase Entries
Publication No	Technology	Declaration Date	Declaration Reference	Declaring Company	Specification Information				Explicitly Disclosed	Patent Type	Status	National Phase Entries
-----	-----	-----	-----	-----	S1 TS Number: ----- Version No: ----- Section No:----- Release:----- + -				-----	-----	-----	-----

Technologies

Resource configuration

Product

User Equipment (UE/Terminal)

Base Station (eNB/gNB)

Use Cases

Wireless communication

Services

Transmitting/receiving data in uplink

Claim

1. A method for configuring uplink pilot signal resources, comprising:
generating uplink pilot signal resource configuration information, wherein the uplink pilot signal resource configuration information comprises first resource configuration information and second resource configuration information; sending the first resource configuration information to a user equipment in advance through a radio resource control protocol (RRC) message; carrying the second resource configuration information in a physical downlink control channel (PDCCH) signaling and sending the PDCCH signaling to the user equipment; wherein, the uplink pilot signal resource configuration information is configured to enable the user equipment to perform uplink pilot signal transmission according to the uplink pilot signal resource configuration information.
2. The method for configuring resources according to claim 1, wherein the first resource configuration information comprises parameter information related to the physical layer radio resource used for the user equipment to perform uplink pilot signal transmission; the second resource configuration information comprises activation information or deactivation information for setting availability of the physical layer radio resource uses for the user equipment to perform uplink pilot signal transmission.
3. The method for configuring resources according to claim 2, wherein, the first resource configuration information comprises an uplink pilot signal resource period, a subframe in the uplink pilot signal resource period allocated for the user equipment, and an uplink pilot signal channel resource for bearing the uplink pilot signal.
4. The method for configuring resources according to claim 1, wherein, the performing uplink pilot signal transmission according to the uplink pilot signal resource configuration information comprises:
determining the physical layer radio resource used for performing uplink pilot signal transmission according to the first resource configuration information, and activating or deactivating the physical layer radio resource used for performing uplink pilot signal transmission according to the second resource configuration information; if the physical layer radio resource used for performing uplink pilot signal transmission is activated, then the physical layer radio resource is available for performing uplink pilot signal transmission; if the physical layer radio resource used for performing uplink pilot signal transmission is deactivated, stopping using the physical layer radio resource to perform uplink pilot signal transmission.
5. A method for configuring uplink pilot signal resources, comprising:
acquiring fourth resource configuration information by receiving and parsing a radio resource control protocol (RRC) message sent by a network side; receiving a physical downlink control channel (PDCCH) signaling sent by the network side, wherein the PDCCH signaling carries third resource configuration information; parsing the PDCCH signaling to acquire the third resource configuration information, and acquiring a physical layer radio resource used for performing uplink pilot signal transmission according to the third resource configuration information and the fourth resource configuration information.
6. The method for configuring resources according to claim 5, wherein the fourth resource configuration information comprises parameter information related to the physical layer radio resource used for performing uplink pilot signal transmission; the third resource configuration information comprises activation information or deactivation information for setting availability of the physical layer radio resource used for performing uplink pilot signal transmission;
wherein, the acquiring the physical layer radio resource used for performing uplink pilot signal transmission according to the fourth resource configuration information and the third resource configuration information comprises: determining the physical layer radio resource used for performing uplink pilot signal transmission according to the fourth resource configuration information, and activating or deactivating the physical layer radio resource used for performing uplink transmission according to the third resource configuration information; if the physical layer radio resource used for performing uplink transmission is activated, then the physical layer radio resource is available for performing uplink pilot signal transmission; if the physical layer radio resource used for performing uplink transmission is deactivated, stopping using the physical layer radio resource used to perform pilot signal transmission.
7. The method for configuring resources according to claim 6, wherein, the fourth resource configuration information comprises: an uplink pilot signal resource period, a subframe in the uplink pilot signal resource period allocated for the user equipment, and an uplink pilot signal channel resource for bearing the uplink pilot signal.
8. A network device, comprising a resource configuring module and a first sending module coupled to each other, wherein:
the resource configuring module is configured to generate pilot signal resource configuration information, and provide it to the first sending module; wherein the resource configuration information comprises first resource configuration information and second resource configuration information; the first sending module is configured to send the first resource configuration information to the user equipment in advance through an RRC message; and carry the second resource configuration information in the PDCCH signaling and send to the user equipment, the first resource configuration information and the second resource configuration information are configured to enable the user equipment to perform uplink pilot signal transmission according to the first resource configuration information and the second resource configuration information.
9. The network device according to claim 8, wherein the first resource configuration information comprises parameter information related to the physical layer radio resource used for the user equipment to perform uplink pilot signal transmission; the second resource configuration information comprises activation information or deactivation information for setting availability of the physical layer radio resource used for the user equipment to perform pilot signal uplink transmission.
10. The network device according to claim 9, wherein, the first resource configuration information comprises an uplink pilot signal resource period, a subframe in the uplink pilot signal resource period allocated for the user equipment, and an uplink pilot signal channel resource for bearing the SRS.
11. The network device according to claim 8, wherein, the performing uplink pilot signal transmission according to the uplink pilot signal resource configuration information comprises:
determining the physical layer radio resource used for performing uplink pilot signal transmission according to the first resource configuration information, and activating or deactivating the physical layer radio resource used for performing uplink pilot signal transmission according to the second resource configuration information; if the physical layer radio resource used for performing uplink pilot signal transmission is activated, then the physical layer radio resource is available for performing uplink pilot signal transmission; if the physical layer radio resource used for performing uplink transmission is deactivated, stopping using the physical layer radio resource to perform pilot signal transmission.
12. A user equipment, comprising a second receiving module and a resource acquiring module coupled to each other, wherein:
the second receiving module is configured to receive a PDCCH signaling sent by a network side, and provide the PDCCH signaling to the resource acquiring module, wherein the PDCCH signaling carries third resource configuration information; the second receiving module is configured to acquire fourth resource configuration information by receiving and parsing an RRC message sent by the network side; the resource acquiring module is configured to parse the PDCCH signaling to acquire the third resource configuration information, and acquire a physical layer radio resource used for performing uplink pilot signal transmission according to the fourth resource configuration information and the third resource configuration information.
13. The user equipment according to claim 12, wherein the fourth resource configuration information comprises parameter information related to the physical layer radio resource used for performing uplink pilot signal transmission; the third resource configuration information comprises activation information or deactivation information for setting availability of the physical layer radio resource used for performing uplink pilot signal transmission;
wherein, the resource acquiring module is specifically configured to determine the physical layer radio resource used for performing uplink pilot signal transmission according to the fourth resource configuration information, and activate or deactivate the physical layer radio resource used for performing uplink pilot signal transmission according to the third resource configuration information; if the physical layer radio resource used for performing uplink pilot signal transmission is activated, then acquire the physical layer radio resource used for performing uplink transmission; if the physical layer radio resource used for performing uplink transmission is deactivated, then stop using the physical layer radio resource used for performing uplink pilot signal transmission.
14. The user equipment according to claim 13, wherein, the fourth resource configuration information comprises an uplink pilot signal resource period, a subframe in the uplink pilot signal resource period allocated for the user equipment, and an uplink pilot signal channel resource for bearing the uplink pilot signal.
15. A communication system, comprising a user equipment and a network device, wherein,
the network device is configured to generate uplink pilot signal resource configuration information, wherein the uplink pilot signal resource configuration information comprises first resource configuration information and second resource configuration information; send the first resource configuration information to the user equipment in advance through a radio resource control protocol (RRC) message; carry the second resource configuration information in a physical downlink control channel (PDCCH) signaling and send the PDCCH signaling to the user equipment; the user equipment is configured to acquire the first resource configuration information and the second resource configuration information, and acquire a physical layer radio resource used for performing uplink pilot signal transmission according to the first resource configuration information and the second resource configuration information.
16. The communication system according to claim 15, wherein the first resource configuration information comprises parameter information related to the physical layer radio resource used for the user equipment to perform uplink pilot signal transmission; the second resource configuration information comprises activation information or deactivation information for setting availability of the physical layer radio resource uses for the user equipment to perform uplink pilot signal transmission.
17. The communication system according to claim 16, wherein, the first resource configuration information comprises an uplink pilot signal resource period, a subframe in the uplink pilot signal resource period allocated for the user equipment, and an uplink pilot signal channel resource for bearing the uplink pilot signal.
18. The communication system according to claim 15, wherein, the performing uplink pilot signal transmission according to the uplink pilot signal resource configuration information comprises:
determining the physical layer radio resource used for performing uplink pilot signal transmission according to the first resource configuration information, and activating or deactivating the physical layer radio resource used for performing uplink pilot signal transmission according to the second resource configuration information; if the physical layer radio resource used for performing uplink pilot signal transmission is activated, then the physical layer radio resource is available for performing uplink pilot signal transmission; if the physical layer radio resource used for performing uplink pilot signal transmission is deactivated, stopping using the physical layer radio resource to perform uplink pilot signal transmission.

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