Before explaining the method, we start from the basic theory of the pulsed ToF camera.
In order to reduce the computing time, in addition to the scaling method, we start the calculations with Si-ng levels already populated at the maximum inversion rate, N Si = = 5 1022 m-3.
To implement the EDBA method, we start by formulating a crosscorrelation matrix (R21) between r2 and r1 as follows R 2 1 = E [ r 2 r 1 H ] = A P s Z A H (8). where P s : = E [ α α H ] = diag ( [ p 1 ⋯ p k ⋯ p K ] ) (9).
To use the SD method, we start by choosing initial values for the five parameters a1, b1, a2, b2, and d and then iteratively update the values of the parameters according to the following relation: c k + 1 = c k − a g k, Open image in new window (9).
For solving by CFM method, we start from a point z 0 ∈ [ z 1, z 2 ] and indicate the solution as a superposition of two linearly independent functions α E, z, β E, z depending on the energy E and the abscissa z such that [7]: ψ z = ψ z 0 α E, z + ψ ′ z 0 β E, z (7).
Here we review the three key steps in the SubMap method: We start with two independent data sets, A and B, with candidate subclasses independently determined in both.
In the discussion of each method, we start with the most complex model, AP-ME, and then simplify to obtain others.
To meet the needs of our users, we applied lean user experience (UX) design methods: we started engaging with users very early and carried out research, design and evaluation activities within an iterative development process.
