Next-Gen Turbo Decoding: Exploring BCJR Performance - K, Elaiyarani;B, Nigileeswari
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In wireless communication, signals are traveling in open space, hence signals are easily affected by noise, interference, fading, etc. Based on characteristics of the noise, interference or fading, we can formulate various types of channels. One such type of channel is called - -mi and - -mi extreme fading channels. In general, signals are more affected by fading as distance increases. Hence the relay is used to refresh the signal to avoid the fading effect. The various relay strategies used are 'decode and forward', 'amplify and forward' and 'demodulate and forward'. In literature, - -mi and…mehr

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Produktbeschreibung
In wireless communication, signals are traveling in open space, hence signals are easily affected by noise, interference, fading, etc. Based on characteristics of the noise, interference or fading, we can formulate various types of channels. One such type of channel is called - -mi and - -mi extreme fading channels. In general, signals are more affected by fading as distance increases. Hence the relay is used to refresh the signal to avoid the fading effect. The various relay strategies used are 'decode and forward', 'amplify and forward' and 'demodulate and forward'. In literature, - -mi and - -mi extreme fading channel are analyzed using decode and forward strategy. This project analyze the same channels using amplify and forward strategy.
Autorenporträt
Ms.K. Elaiyarani is an Assistant Professor with 7 years of experience in the field of electronics and communication. She earned her Bachelor's degree in Electronics and Communication Engineering, which provided her with a solid technical foundation. She further advanced her expertise with a Master's degree in Applied Electronics.