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Alexander, S. B. Optical Communication Receiver Design (SPIE Press, 1997).
We use the resulting framework to describe one engineered biological device, a genetically encoded cell-cell communication receiver named BBa_F2620.
Though a communication receiver should always have a high sensitivity, there is a maximum determined by the noise generated inside the receiver itself.
For example, in a digital communication receiver, the maximal quantization noise level is determined according to the desired bit error rate.
These features of technogenic noise provide an opportunity for its mitigation by nonlinear filters, especially for the in-band noise, where linear filters that are typically deployed in the communication receiver (see top part of Figure 1) have very little or no effect.
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An adaptive terminal dispersion compensation and demodulation scheme based on dual-feedback strategy for 40 Gbps return-to-zero differential quaternary phase shift keying (RZ-DQPSK) fiber communication receivers is proposed to achieve high reliability receiving performances.
This LNA is suitable for VHF and UHF SDR communication receivers.
In the first part, statistical analysis and mathematical modeling of the impact of tracking errors on general direct-detection optical communication receivers is presented.
As detection is one of the core baseband processing operations in digital communication receivers and the detection speed determines the data rates that can be achieved, the proposed unit has been used to implement the detection function.
We explore the suitability of GPs as nonlinear digital communication receivers.
Moreover, to keep the cost of the devices low, communication receivers use low-cost oscillators which inherently have some drift.
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