Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Type-I hybrid-ARQ protocols can be used to construct porful adaptive rate algorithms through the use of packet combining techniques.  several packet combining schemes are presented for use in conjunction with the Viterbi decoder over stationary and time-varying channels. The first technique presented is an averaged diversity combiner, which is shown to be identical in performance to an interleaved code combiner over an AWGN channel. The averaged diversity combiner is then generalized to make use of packet ights based on either ideal channel state information or ights derived from side information generated by the Viterbi decoder. It is shown that the ighted diversity combiner using decoder side information performs almost as ll as the system using ideal channel state information. All of the packet combining schemes discussed in this paper provide improved throughput and reliability performance relative to that provided by the standard type-I hybrid-ARQ or EEC systems. This performance improvement is obtained at the expense of negligible to moderate modifications to the transmitter and receiver. Performance bounds are derived for each of the combining schemes and their tightness verified through simulation results. >
['Bruce A. Harvey', 'Stephen B. Wicker']
I am writing a research paper on a idea Packet combining systems based on the Viterbi decoder
[{"from": "human", "value": "I am writing a research paper on a idea Packet combining systems based on the Viterbi decoder"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Type-I hybrid-ARQ protocols can be used to construct porful adaptive rate algorithms through the use of packet combining techniques.  several packet combining schemes are presented for use in conjunction with the Viterbi decoder over stationary and time-varying channels. The first technique presented is an averaged diversity combiner, which is shown to be identical in performance to an interleaved code combiner over an AWGN channel. The averaged diversity combiner is then generalized to make use of packet ights based on either ideal channel state information or ights derived from side information generated by the Viterbi decoder. It is shown that the ighted diversity combiner using decoder side information performs almost as ll as the system using ideal channel state information. All of the packet combining schemes discussed in this paper provide improved throughput and reliability performance relative to that provided by the standard type-I hybrid-ARQ or EEC systems. This performance improvement is obtained at the expense of negligible to moderate modifications to the transmitter and receiver. Performance bounds are derived for each of the combining schemes and their tightness verified through simulation results. >"}]