Abstract: We investigate the problem of uncoordinated massive random access in the quasi-static asynchronous Rayleigh fading channel.
Abstract—We investigate the problem of uncoordinated mas- sive random access in the quasi-static asynchronous Rayleigh fading channel.
2022. Low complexity energy efficient random access scheme for the asynchronous fading MAC. K Andreev, SS Kowshik, A Frolov, Y Polyanskiy. 2019 IEEE 90th ...
Over the last few years, there has been great interest in developing efficient low-complexity schemes for the unsourced random access channel [3,2,4,5,6,7,8,9, ...
In this work we considered random access for a quasi-static Rayleigh fading model. We developed low-complexity iterative decoding scheme using LDPC codes to ...
Energy efficient random access for the quasi-static fading MAC. ... Low Complexity Energy Efficient Random Access Scheme for the Asynchronous Fading MAC.
skiy, “Low Complexity Energy Efficient Random Access. Scheme for the Asynchronous Fading MAC,” in 2019. IEEE 90th Vehicular Technology Conference (VTC2019 ...
May 14, 2020 · Kowshik, A. Frolov, and Y. Polyan- skiy, “Low Complexity Energy Efficient Random Access. Scheme for the Asynchronous Fading MAC,” in 2019.
Simulation results shows that proposed LDPC code constructions have better performance under joint decoding algorithm over Gaussian MAC than LDPC codes ...
In this section we present a low-complexity iterative coding scheme based on LDPC codes, which allows one to decode user messages in a slot. Recall, that the ...
Missing: Asynchronous | Show results with:Asynchronous