Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: This letter presents simulation results for the application of turbo coding to an OFDM system with diversity. First, results are presented for convolutional and Reed-Solomon codes. It is shown that even with short constraint lengths, convolutional codes have the potential to outperform Reed-Solomon codes, provided that sufficient precision is used in the soft decoder.  then evaluate the performance of turbo codes under slow fading conditions and study the effects of varying codeword size. Increasing codeword size theoretically provides better interleaving beten the two component codes. Hover, this advantage is less clear when the fading rate is significantly lor than the symbol rate, which is typical of the high-data-rate systems considered here. Under such conditions, the advantage of using two component convolutional codes in turbo codes is limited. A single convolutional code with a long constraint length may be a better choice.
['Lang Lin', 'J Leonard Cimini', 'Justin C.-I. Chuang']
I am writing a research paper on a idea Comparison of convolutional and turbo codes for OFDM with antenna diversity in high-bit-rate wireless applications
[{"from": "human", "value": "I am writing a research paper on a idea Comparison of convolutional and turbo codes for OFDM with antenna diversity in high-bit-rate wireless applications"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: This letter presents simulation results for the application of turbo coding to an OFDM system with diversity. First, results are presented for convolutional and Reed-Solomon codes. It is shown that even with short constraint lengths, convolutional codes have the potential to outperform Reed-Solomon codes, provided that sufficient precision is used in the soft decoder.  then evaluate the performance of turbo codes under slow fading conditions and study the effects of varying codeword size. Increasing codeword size theoretically provides better interleaving beten the two component codes. Hover, this advantage is less clear when the fading rate is significantly lor than the symbol rate, which is typical of the high-data-rate systems considered here. Under such conditions, the advantage of using two component convolutional codes in turbo codes is limited. A single convolutional code with a long constraint length may be a better choice."}]