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The interfering sets of each user can be obtained as given in Table 1.
The parameters (r_{{{text{eps}},o}},N_{{{text{minpts}},o}}) for a sub-optimal partition of load data can be obtained as given below: 1. Set arbitrarily (r_{text{eps}},N_{text{minpts}}) to generate set B; 2.
For linear MUD, the detected symbols can be obtained as given by hat{mathbf{b}}_{r_{m,n}d,k}=Q left left(mathbf{w}^{k}_{r_{m,n}d}right)^{H} mathbf{y}_{r_{m,n}d} right), (6).
applying the expectation operator as in (54), an approximated result can be obtained as given below ([18], Equation 6) C erg = 1 2 log 2 ( e ) ln ( 1 + E [ γ e ] ) − E [ γ e 2 ] − E [ γ e ] 2 2 ( 1 + E [ γ e ] ) 2 (53).
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Example 5.8 In equation (5.4) if h ( s, t ) = 1 is taken, then a timelike hyperboloid surface is obtained as given in Figure 8. Figure 8 Timelike hyperboloid.
The developed initial soil model and velocity model are combined, and the final soil model is obtained as given in Fig. 8.
Example 5.6 In equation (5.3) if h ( s, t ) = 1 is taken, then a spacelike hyperboloid surface is obtained as given by Figure 6. Figure 6 Spacelike hyperboloid.
Example 5.4 If we take h ( s, t ) = 1 in equation (5.2) the timelike cylinder surface is obtained as given in Figure 4. Figure 4 Timelike cylinder.
Applying the Kirchhoff's current law for each phase, three-phase circuit equations for each inverter are obtained as given in (3) and (4).
and a new conjugate gradient direction vector is obtained as given by mathbf{d}_{j+1}[!i] = -mathbf{g}_{j+1}[!i] + beta_{j}[!i]mathbf{d}_{j}[!i] (46).
Example 5.2 If we take h ( s, t ) = 1 in equation (5.1) the spacelike cylinder surface is obtained as given in Figure 2. Figure 2 Spacelike cylinder.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com