424 citations · 664 across the 36 of their papers we have counts for
7 papers · 1 filter
A Quasi Doppler Method for Signal Transmission to Spatial Perpendicular Directions
Bingli Jiao
This paper introduces a communication method that can use one information symbol to provide two sets of the independent bits to two receivers in spatial perpendicular directions. T…
A Signal Separation Method for Exceeding the Channel Capacity of BPSK Input
Bingli Jiao, Dongsheng Zheng, Yuli Yang
The field of the coded modulations witnessed its golden era as the simulated achievable bit rates (ABRs) were getting close to the channel capacities of the finite alphabet inputs.…
Beyond the Channel Capacity of BPSK Input
Bingli Jiao, Dongsheng Zheng, Mingxi Yin +1
The paper proposed a method that organizes a parallel transmission of two signals to be separated from each other at receiver through Hamming- to Euclidean space, where the convent…
Orthogonal Cocktail BPSK: Exceeding Shannon Capacity of QPSK Input
Bingli Jiao
Shannon channel capacity of an additive white Gaussian noise channel is the highest reliable transmission bit rate (RTBR) with arbitrary small error probability. However, the autho…
Cocktail Intra-Symbol-Codes: Exceeding the Channel Limit of QPSK Input
Bingli Jiao, Mingxi Yin, Yuli Yang
This paper presents a new method, referred to as the cocktail intra-symbol-code, to reveal the possibility of exceeding the channel limit of QPSK input by transmitting independent…
A Method Beyond Channel Capacity in the Low SNR Regime: Theoretical Proof and Numerical Confirmation
Bingli Jiao, Yuli Yang, Mingxi Yin
A method is proposed, referred to as the cocktail BPSK, to use two independent BPSK streams layered in a parallel transmission through the additive white Gaussian channel. The crit…
Cocktail BPSK: Achievable Data Rate beyond Channel Capacity
Bingli Jiao, Yuli Yang, Mingxi Yin
In this paper, we propose a method layering two independent BPSK symbol streams in parallel transmission through a single additive white Gaussian noise (AWGN) channel and investiga…