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We show that the proposed PACE scheme causes only a slight BER performance degradation from that of the conventional PACE scheme with ideal feedback, due to noise enhancement.
We can see from the network model that the tracking ability against fading in the CE is identical for the proposed and conventional PACE schemes.
We evaluated the channel estimator's MSE performance and compared it to that of the conventional PACE scheme that requires feedback of the CSI from the relay.
We theoretically analyze the mean square error (MSE) performance of the channel estimator and evaluate the performance with respect to the perfect CSI case and the CE scheme introduced in[13] (in this article referred to as "conventional PACE scheme").
The results show that the increase in the MSE of the proposed CE scheme causes only a slight BER performance degradation compared to the conventional PACE scheme with ideal feedback.
We compare the throughput of the broadband ANC system with the proposed CE scheme, denoted by "Proposed PACE (w/o feedback)", to the case of perfect knowledge of CSI, denoted by "Perfect CSI" and the conventional CE scheme, introduced in[13], denoted by "Conventional PACE (ideal feedback)".
Similar(53)
Our experiments provide a proof-of-principle that engineered tissue constructs can function as an electrical conduit and, ultimately, may offer a substitute treatment to conventional pacing therapy.
The authors present an alternative use of coronary sinus guide catheters designed for cardiac resynchronization therapy to help achieve the usually complex implantation of a dual chamber permanent pacemaker via a persistent left superior vena cava when conventional pacing techniques and right-sided implantation have failed.
Although these devices are significantly smaller than conventional pacing systems, the predicted longevities are ∼10 years.
In addition to obvious cosmetic benefits, leadless pacing systems may have the potential to overcome some complications of conventional pacing.
Many of the problems inherent to conventional pacing, such as pocket issues and lead dysfunction, may thus be avoided.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com