10 papers analyzed
These studies suggest that multi-relay MIMO molecular communication systems improve data rates, minimize bit error rates, and enhance communication reliability through advanced detection algorithms and spatial modulation schemes.
Molecular communication (MC) is an emerging field that leverages the transmission of information through chemical signals, offering potential applications in areas such as in-body health monitoring and nano-machine communication. Multi-relay MIMO (Multiple-Input Multiple-Output) systems in molecular communication aim to enhance data rates and reliability by utilizing multiple transmitters and receivers.
Improved Data Rates and Reliability with MIMO Systems:
Reduction of Bit Error Rate (BER):
Detection Algorithms and Interference Management:
Relay Schemes for Enhanced Communication:
Prototype Demonstrations:
Multi-relay MIMO molecular communication systems offer substantial improvements in data rates and reliability over traditional SISO systems. By utilizing multiple types of molecules and advanced detection algorithms, these systems can effectively manage interference and reduce bit error rates. Relay schemes further enhance communication reliability, making MIMO molecular communication a promising approach for future applications in nano-machine communication and in-body health monitoring.
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