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Finally, because of robustness to stationary noise, the proposed approach has a great advantage of less bit error, unlike the standard modulation techniques, which has higher bit error rate.
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Bit error rate less than 10−3 with chirp duration of 20 ms at a distance of 5.5 km is achieved in the sea trial.
The RF CMOS transceiver can be supplied with only 1.8 V, and it was designed to establish wireless links for distances up to 10 m, for a maximum baud-rate of 250 Kbps with a Bit Error Probability less than 10−6.
Generally, the centralised framework is a little more robust to feedback errors than the decentralised one, although for a bit error probability less than the difference is negligible.
Typical for car noise, at higher frequencies less bits are in error as compared to lower frequencies.
Various proofs show that if the quantum bit error rate is less than 20percentnthenhen the message is secure.
Also, the radios demonstrated a bit error rate of less than 10−6.
The experimental results demonstrate that the proposed method achieves a significant reduction in complexity while maintaining a performance degradation of less than 0.5 dB at a bit error rate (BER) of 10−5 for a 8×8 MIMO system with 256 QAM.
It is generally true that the less the channel estimation error, the better the bit error rate (BER) performance for a fixed data detection scheme.
In radio fading channel, STBC require less transmission energy than SISO technique for the same Bit Error Rate and can be employed practically in Wireless Sensor Networks by using the cooperative MIMO scheme.
This is particularly important as lower modulation levels are less susceptible to multipath distortion, provide power-efficiency and achieve low bit error rate (BER) [1, 8].
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