Methods and apparatus for controlling location for starting decoding of sub-packets of a communication packet
OwnerSairamesh Nammi, Narendra Tilwaniinventors
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Abstract
A communication device includes a decoder that sequentially decodes sub-packets of a first packet that contain redundant traffic information. The decoder identifies a first sequence location where it successfully decoded one of the sub-packets of the first packet to output the traffic information. The decoder then sequentially decodes sub-packets of a second packet starting at a second sequence location that is determined in response to the first sequence location. Related methods, user equipment node, and radio access network nodes are also disclosed.
Claims25
A communication device comprising:
- a decoder configured to sequentially decode sub-packets of a first packet that contain redundant traffic information, to identify a first sequence location where one of the sub-packets of the first packet successfully decoded to output the traffic information, and to sequentially decode sub-packets of a second packet starting at a second sequence location that is determined in response to the first sequence location.
A method comprising:
- sequentially decoding sub-packets of a first packet that contain redundant traffic information;
- identifying a first sequence location where one of the sub-packets of the first packet successfully decoded to output the traffic information;
- and
- sequentially decoding sub-packets of a second packet starting at a second sequence location that is determined in response to the first sequence location.
A user equipment node comprising:
- a RF receiver configured to sequentially receive from a radio access network node sub-packets of a first packet during a first frame and sub-packets of a second packet during a second frame;
- and
- a decoder configured to sequentially decode the sub-packets of the first packet, to identify a first sequence location where one of the sub-packets of the first packet successfully decoded to output traffic information, and to sequentially decode the sub-packets of the second packet starting at a second sequence location that is determined in response to the first sequence location.
A radio access network node comprising:
- a RF receiver configured to sequentially receive from a user equipment node sub-packets of a first packet during a first frame and sub-packets of a second packet during a second frame;
- and
- a decoder configured to sequentially decode the sub-packets of the first packet, to identify a first sequence location where one of the sub-packets of the first packet successfully decoded to output traffic information, and to sequentially decode the sub-packets of the second packet starting at a second sequence location that is determined in response to the first sequence location.
Dependencies are inferred from the claim text.