The position of the explicit target (EXP conditions) was sampled from the same discrete uniform distribution on each trial, such that in polar coordinates its eccentricity was defined by the radius of the wagon wheel and the angle theta.
Hence, the overall trial duration was always 3200 ms. In the motor (m) conditions observers were instructed to fixate initially and then saccade to a position on the landing line [explicitly defined by the presence of a target (EXP condition), or defined by the extrapolation of a pointer (EXT condition)] following stimulus onset.
We found the same pattern of results when we defined a search target semantically (Exp. 4) as we had found with an invariant target (Exps. 1– 3).
We replicate the basic cumulative semantic cost with pictures (Exp. 1) and show that there is no cumulative semantic cost for word targets (Exp. 2).
The same pattern of results held when the target was invariant (Exps. 2– 3) and when the target was defined semantically and varied in visual features (Exp. 4).
Whereas GA focuses on positively reinforcing healthy behaviors and activity levels, EXP specifically targets the reduction of pain-related fear.
This study investigated the effects of hand position (near, intermediate, or far) and hand condition (static vs. moving) on letter recognition performance by asking participants to identify three briefly presented, masked target letters, presented either alone (Exp. 1) or intermixed with three nontarget distractor letters in a different color (Exp. 2).
This yields the following effective target intensity: G = sin exp ( − 4 ln ( 2 ) ( θ θ FWHM ) 2 ), (33).
Indeed, when the scheduler parameters of live video users are set according to the delay target of 50 milliseconds for Exp rule and 10 milliseconds for Log rule, all users meet their delay targets under cs-Exp rule, whereas, all but 1 live video users do under cs-Log rule (see Figure 9, left two curves).
The data model can be written as y ( n ) = ∑ i = 1 P β i r i ( n ) + w ( n ), where β i is the complex scattering intensity of the i th target, r i ( n ) = exp [ j 4 π ν c ( f 0 + n Δ f ) R i ], v c is the speed of light, R i is the distance between the ith target and radar, f0 is the initial frequency, w(n) denotes the noise.
Levels of mRNA were quantified based on the ratio of HOXA10 mRNA/β-actin mRNA using the 2 - ΔΔCt method where ΔΔCt = ΔCtexp - ΔCtnc = (Ctexp-target - Ctexp-actin) - (Ctnc-target - Ctnc-actin), in which "exp" represents the experimental group, "nc" the negative control group, and "target" the gene of interest.
