Loss of heterozygozity (LOH) studies and conventional comparative genomic hybridization (CGH) analyses have demonstrated genetic complexity in ESCC and have identified multiple recurrent copy number alterations, namely gains of 3q, 5p, 7q, 8q, 11q, 12p, 20p and 20q [ 2- 6].
Boris Johnson, finally, took the fairly remarkable step for a foreign minister of endorsing Change Britain, a new cross-party campaign of prominent pro-Brexit politicians (think Gisela Stuart and Michael Gove) aimed at pressuring the government into delivering on leaving the EU in the way they would like – namely gaining full control over "laws, borders, money and trade".
A recently introduced plant model ratio (PMR) not only detects MPM but also facilitates a unique identification of the source of mismatch, namely, gain, dynamics (time constant) and delay mismatches.
They also proposed that another controlling factor, namely, gain-loss frequency, can predict the decision making behavior in SGT and elucidate some inconsistent phenomenon in IGT [ 24, 25].
However, these approaches are limited in their capability to shed light beyond the observed data, namely gaining a system-level understanding of the mechanisms responsible for the data.
The present study not only identified the misinterpretation of final-outcome in the original IGT, but also identified another powerful factor influencing decision makers' cognition in the face of uncertainty, namely gain-loss frequency [ 14, 15].
It reviews the main performance benefits of MIMO, namely multiplexing gain and diversity gain, which provide, respectively, increased throughput and increased robustness, and shows how these are in fact properties of the underlying channel, but require care in the design of transmission schemes if they are to be realized in MIMO systems.
The results are examined in two levels, namely learning gains and design principles.
The SOC model depends on three types of parameters, namely the gains c n, the frequencies f n, and the phases θ n.
The time-variant channel transfer function H ~ ( f ′, t ) depends on four types of parameters, namely the gains c n, the frequencies f n, the phases θ n, and the propagation delays τ n ′.
In the AF method, the amplifying process may be based on the partial or full channel state information of the source-relay channel, namely fixed-gain [8] and variable-gain [9] AF relaying, respectively.
