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Figure 12 shows the results for the Medium block items.
The same phenomenon was observed for the Medium block.
Figure 7 Scatter plot of score and RTE by student sample and performance level (different symbols for different second-stage blocks: circle for the Easy block, triangle for the Medium block, and plus for the Hard block).
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Good ρ C 2 for C 2 at each d has been chosen by using the procedure adopted in Section 4.1.1 for finding good ρ C 2 for medium block length codes of low rate.
The parameters used for the design of the proposed code with short and long block lengths are the same as those used for medium block length in Section 4.1.
For short and medium block sizes, a few additional iterations are necessary to achieve the same performance.
For the proposed code with medium block length, it has been shown in the previous subsections that the optimal position is d=0.4.
The proposed code of medium block length and high-rate outperforms the direct link communication with 1.3-dB1.3-dBat a BER of 10−5 for d=0.4.
This subsection describes the simulation results of the proposed codes of low-rate and medium block length for cooperative relay networks.
The proposed algorithm in section 4.3 is only practicable for short to medium blocks.
The performance of the proposed code design has also been analyzed for a high-rate code of medium block length.
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