Numerical evidence indicates that algorithmic complexity associated with particular rate-1/n convolutional encoders increases as constraint length increases, while error correcting capacity of the decoder expands.
The RS coding scheme has error correcting capacity of, where is the length of code and k is the length of message, and used to encode decryption key.
Several binary FEC codes, such as turbo [10] and LDPC codes [11, 12] combined with CPM, can improve power efficiency and attain high error correcting capacity.
In general, all the coding schemes except the Reed-Solomon codes give almost the same results as the error rates are beyond their error correcting capacity.
In general, all the coding schemes except the Reed-Solomon codes give almost the same results as the error rates are beyond their error correcting capacity and give better performance than RS code for large size images (Figure 14a).
By further integrating a matrix interleave operation in the inner PC encoder, the cascaded coding scheme can acquire significantly improved BER performance by imposing some slight encoding/decoding complexity, which in fact provides a great compromise between the error-correcting capacity and implementation complexity.
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The latter offers near-channel capacity error correcting capability.
Table 10 Comparison between corrected annual capacity factors along with percentage error Methods of estimating Weibull parameters Corrected annual capacity factor Percentage error (comparing with wind turbine-9 measured annual CF of 0.1634) GM 0.1471 +9.98 EM 0.1660 −1.59 MML 0.1654 −1.22 EPF 0.1655 −1.29.
