Resource allocation / management method and device based on block repeat division multiple access
View Patent ↗A resource allocation method based on block repeat division multiple access, involves the steps of: distributing the usable BRBG according to the service requirement of a user; distributing RC series for the said distributed BRBG. The present invention also provides a resource management method based on block repeat division multiple access, which involves the steps of: detecting the operation environment in a district for a period of time; adjusting the number of the BRB in the BRBG of the district, according to the operation environment of the district. The present invention also provides the resource allocation/management device based on block repeat division multiple access.
1. A resource allocation method based on Block Repeat Division Multiple Access, comprising:
selecting a Block repeat Resource Block Group, BRBG, with a Repeat Factor, RF, meeting a service requirement of a user from available BRBGs,
allocating the selected BRBG by a BRBG allocation unit;
assigning a Repeat Code, RC, sequence for the selected BRBG;
wherein the selected BRBG comprises a plurality of Block Repeat Blocks, BRBs, and the BRB is time-frequency resource taken by a repeat block unit;
and wherein the method further comprises:
if the available BRBGs do not comprise the BRBG with the RF meeting the service requirement of the user,
lowering a RF of a BRBG with a RF higher than the service requirement of the user to obtain a BRBG with a RF meeting the service requirement of the user, and allocating the obtained BRBG; or
increasing a RF of a BRBG to obtain a BRBG with a RF meeting the service requirement of the user, and allocating the obtained BRBG; or
selecting a plurality of available BRBGs, the sum of RFs of which meets the service requirement of the user, and allocating the plurality of available BRBGs.
2. The method according to claim 1 wherein the step of selecting a plurality of available BRBGs, the sum of RFs of which meets the service requirement of the user, and allocating the plurality of available BRBGs comprises:
selecting a plurality of available RC sequences from RC sequences corresponding to RFs of the allocated plurality of available BRBGs, concatenating the selected plurality of RC sequences in the same order as the plurality of BRBGs are allocated, to obtain a concatenated RC sequence, and assigning the concatenated RC sequence.
3. The method according to claim 1 , wherein an available RC sequence is selected from a group of RC sequences corresponding to a RF of an allocated BRBG, and the selected RC sequence is assigned.
4. A resource allocation device based on Block Repeat Division Multiple Access, comprising:
a Block repeat Resource Block Group, BRBG, allocation unit, adapted to select a BRBG, with a Repeat Factor, RF, meeting a service requirement of a user from available BRBGs, and allocate the selected BRBG, and
a Repeat Code, RC, sequence assignment unit, adapted to assign a RC sequence for the BRBG;
wherein the BRBG comprises a plurality of Block Repeat Blocks, BRBs, and the BRB is time-frequency resource taken by a repeat block unit;
and wherein the device further comprises:
a determination unit, adapted to determine whether the available BRBGs comprise the BRBG with the RF meeting the service requirement of the user; and to trigger the BRBG allocation unit to operate if the available BRBGs comprise the BRBG with the RF meeting the service requirement of the user;
and wherein the device further comprises: a second allocation unit, adapted to lower a RF of a BRBG with a RF higher than the service requirement of the user to obtain a BRBG with a RF meeting the service requirement of the user, and allocate the obtained BRBG, when the available BRBGs do not comprise the BRBG with the RF meeting the service requirement of the user; or
a third allocation unit, adapted to increase a RF of a BRBG to obtain a BRBG with a RF meeting the service requirement of the user, and allocate the obtained BRBG, when the available BRBGs do not comprise the BRBG with the RF meeting the service requirement of the user; or
a fourth allocation unit, adapted to select a plurality of available BRBGs, the sum of RFs of which meets the service requirement of the user, and allocate the plurality of available BRBGs, when the available BRBGs do not comprise the BRBG with the RF meeting the service requirement of the user.