Method and system for improving data throughput

A non-transitory computer-readable medium encoded with a computer program, the computer program executed by a computer, the computer program product for re-sequencing data packets in a wireless communication system, comprising:

• code for causing a computer to receive a plurality of sub-packets at a wireless communication device, the plurality of sub-packets being in a sequence different from an original sequence;
• code for causing a computer to assign channel identifier information to each of the plurality of sub-packets as received;
• code for causing a computer to assign packet identification information to each of the plurality of sub-packets as received;
• code for causing a computer to re-sequence the data packets as received to the original sequence according to the assigned packet identification information;
• and
• code for causing a computer to determine whether any of the plurality of sub-packets has associated packet identification information stored in a table using the channel identifier information, wherein the re-sequencing of the data packets improves data throughput of the wireless communication device;
• code for causing a computer to determine whether a received sub-packet of the plurality of sub-packets can be correctly de-coded;
• if the received sub-packet can be correctly decoded, determining whether such sub-packet has a predetermined packet identification information;
• if the received sub-packet cannot be correctly decoded and such sub-packet has no predetermined packet identification information, determining packet identification information for such sub-packet.

An apparatus for re-sequencing data packets in a wireless communication system, comprising:

• means for receiving a plurality of sub-packets at a wireless communication device, the plurality of sub-packets being in a sequence different from an original sequence;
• means for assigning channel identifier information to each of the plurality of sub-packets as received;
• means for assigning packet identification information to each of the plurality of sub-packets as received;
• means for re-sequencing the data packets as received to the original sequence according to the assigned packet identification information;
• and
• means for determining whether any of the plurality of sub-packets has associated packet identification information stored in a table using the channel identifier information, wherein the means for re-sequencing improves data throughput of the wireless communication device;
• means for determining whether a received sub-packet of the plurality of sub-packets can be correctly de-coded;
• if the received sub-packet can be correctly decoded, determining whether such sub-packet has a predetermined packet identification information;
• if the received sub-packet cannot be correctly decoded and such sub-packet has no predetermined packet identification information, determining packet identification information for such sub-packet.

An apparatus for re-sequencing data packets in a wireless communication system, comprising:

• a memory unit;
• a digital signal processing (DSP) unit communicatively coupled to the memory unit, the DSP unit being capable of:
• receiving a plurality of sub-packets at a wireless communication device, the plurality of sub-packets being in a sequence different from an original sequence;
• assigning channel identifier information to each of the plurality of sub-packets as received;
• assigning packet identification information to each of the plurality of sub-packets as received;
• re-sequencing the data packets as received to the original sequence according to the assigned packet identification information;
• and
• determining whether any of the plurality of sub-packets has associated packet identification information stored in a table using the channel identifier information, wherein the re-sequencing improves data throughput of the wireless communication device;
• determining whether a received sub-packet of the plurality of sub-packets can be correctly de-coded;
• if the received sub-packet can be correctly decoded, determining whether such sub-packet has a predetermined packet identification information;
• if the received sub-packet cannot be correctly decoded and such sub-packet has no predetermined packet identification information, determining packet identification information for such sub-packet.