Adaptive beamforming techniques in long term evolution networks
View Patent ↗Systems, methods, and computer-readable media for providing adaptive beamforming techniques in LTE networks are provided. In embodiments, the method includes identifying user devices associated with device to device (D2D) groups in a sector. Unused static uplink beams provided by the sector are determined. In embodiments, the unused static uplink beams are allocated to user devices associated with the D2D groups. The unused static uplink beams are reallocated for other activities.
1. Computer storage having computer-executable instructions embodied thereon that, when executed, perform a method of providing adaptive beamforming techniques in Long Term Evolution (LTE) networks, the method comprising:
identifying user devices associated with device to device (D2D) groups in a sector;
determining unused static uplink beams provided by the sector, the unused static uplink beams allocated to slave user devices associated with the D2D groups that use an uplink beam allocated to a master device of the D2D group; and
reallocating the unused static uplink beams for other activities including use as a downlink beam, use as a non-static uplink beam, use by user devices leaving a D2D group, or use by user devices not associated with a D2D group,
wherein a dedicated non-static uplink beam is utilized to scan for the slave devices leaving the D2D group.
2. The computer storage of claim 1 , further comprising scanning for one or more devices leaving a D2D group.
3. The computer storage of claim 2 , steering the unused static uplink beams towards the one or more devices leaving the D2D group.
4. The computer storage of claim 3 , wherein the one or more devices leaving the D2D group are requesting uplink resources.
5. The computer storage of claim 1 , further comprising identifying a master device for each of the D2D groups.
6. The computer storage of claim 5 , further comprising determining a user device in each D2D group with a higher radio frequency capability than other devices in the respective D2D group.
7. The computer storage of claim 6 , wherein the master device is the user device with the higher radio frequency capability for each respective D2D group.
8. The computer storage of claim 7 , wherein the other devices in each respective D2D group are slave devices.
9. The computer storage of claim 8 , wherein the static uplink beams allocated to the slave devices are not used by the slave devices.
10. The computer storage of claim 9 , wherein the slave user devices use the static uplink beam allocated to each respective master device.
11. Computer storage having computer-executable instructions embodied thereon that, when executed, perform a method of providing adaptive beamforming techniques in Long Term Evolution (LTE) networks, the method comprising:
determining a master device associated with a device to device (D2D) group in a sector, the master device having a higher radio frequency capability than other user devices associated with the D2D group;
unallocating static uplink beams allocated to slave devices associated with the D2D group, the slave devices being the other user devices associated with the D2D group that are not determined to be the master device and that use an uplink beam allocated to the master device;
allocating the static uplink beams to other user devices in the sector that are not associated with a D2D group; and
steering the static uplink beams to the other user devices,
wherein a dedicated non-static uplink beam is utilized to scan for the slave devices leaving the D2D group.
12. The computer storage of claim 11 , wherein upon the dedicated uplink beam identifying slave devices leaving the D2D group, static beams are allocated and steered to the slave devices leaving the D2D group.
13. The computer storage of claim 11 , further comprising dynamically adjusting an uplink number of uplink beams and a downlink number of downlink beams in a sector.
14. The computer storage of claim 13 , wherein the uplink number and the downlink number is based on a number of D2D groups in the sector.
15. The computer storage of claim 14 , wherein the number of D2D groups in the sector is inversely related to the uplink number.
16. A computer system for providing adaptive beamforming techniques in Long Term Evolution (LTE) networks, the computer system comprising a processor coupled to computer-storage, the computer-storage having stored thereon instructions executable by the processor, the instructions causing the processor to:
identify user devices associated with device to device (D2D) groups in a sector;
determine a master device and slave devices associated with the D2D group in the sector, and further determines that the slave devices are allocated unused static uplink beams provided by the sector; and
unallocated the unused static uplink beams from the slave devices and reallocates the unused static uplink beams for other activities including use as a downlink beam, use as a non-static uplink beam, use by user devices leaving a D2D group, or use by user devices not associated with a D2D group,
wherein a dedicated non-static uplink beam is utilized to scan for the slave devices leaving the D2D group.
17. The computer system of claim 16 , further comprising instructions causing the processor to utilize a non-static uplink beam to scan for one or more user devices leaving a D2D group.
18. The computer system of claim 17 , further comprising instructions causing the processor to steer unused static uplink beams towards the one or more user devices leaving the D2D group.