Granted, if you're in a noisy room and you're set to max gain, everyone will hear everything.
For example, if the maximum torsional change is set to max = 60°, this value will be scaled by ratio = 0.5 + 0.5ϵ = 0.575 (yielding max = 34.5°) and ratio = 0.15 (max = 9°) for torsions with 4 and 8 heavy atoms attached to the smaller branch of the torsion, respectively.
The node energy constraints are set to be E0, max = 0.6Etotal, Ei, max= 0.3Etotal, i = 1,..., 5.
The parameters of ThreadsPerBlock, w max, and R are set to 64, 500 and 3, respectively.
Both the convolution stride and max pooling stride are set to two pixels.
For GRED, the parameters (th_{min }) and (th_{max }) are set to 30 and 90, respectively, in units of packets, and (p_{max }) is set to 0.1 as in [43].
The maximum transmission powers of SUE, DUE, RUE, and CUE are set to P s,max = 1 W, P d,max = 1 W, P r,max = 1 W and P u,max = 1 W, respectively.
The maximum antenna gain at the antenna boresight G max is set to 20 dB, the horizontal and vertical half-power beamwidth ϕ 3dB and θ 3dB are set to 65° and 65°, respectively, and the antenna tilting angle θ tilt is set to 90°.
F max is set to F max = K because F max is proportional to the size of C I. The refinement procedure for C I is as follows.
