Parameterized module

Thus, the protocol outlined here is to use a parameterized modulation arsenal (see Ref. [21] for a comprehensive analysis of modulation pulses) and measure the... 

After one obtains the system-bath coupling spectra by applying specific, parameterized modulation schemes, one can finally tailor the specific modulation that would optimally reduce or eliminate decoherence. However, two aspects should be... 

The control is a set of real parameters/ , which have been combined to a vector /. These can be timings, amplitudes, and/or phases of a given number of discrete pulses, or describe a time-continuous modulation of the system. Here, we focus on time-dependent control, where the/(r) parameterize the system Hamiltonian as Hg = Hglfit)], or the unitary evolution operator 6/(t) = =... 

To summarize, after obtaining the general shape of the system-bath coupling spectra matrix of the multipartite system by applying parameterized, known modulations, one can optimize the appropriate QIP-dependent figure of merit while obeying the constraints of the available modulations. 

Here we introduced the spectral phase-modulation function (p co), which is used to parameterize the laser pulse shape. Since M m) = 1 in this case, the modulus... 

The second module option of Figure 9.5 was realised with the Building Effect Parameterization (BEP) model, developed by the Swiss partner EPFL. It includes the urban sub-layer parameterisation suggested by Martilli et al 2002 [393] with modifications for implementation into NWP models and several further improvements (e.g., Hamdi and Shayes, 2005 [250] Clappier, Ch. 3.4 in Baklanov and Mestayer, 2004 [33]). 

We stress that it is specifically the second derivative that extracts the relevant information about the bond-stretching term. As noted above, this is modulated only by derivatives of the nonbonded term and the third-order terms. If, for example, we tried to parameterize v, by, say, changing just one C —H bond length in ethane and fitting the energy profile along this coordinate, then we will find that this profile contains contributions from other coordinates that actually change with the increase in the bond stretch. 

In the early 1980s, phenomenological electrodynamics of smooth interfaces was developed with a capability to parameterize the main types of electro-modulated optical signals. The signals were expressed through irreducible integrals of the nonlocal response function, which characterizes the interface in the optical frequency range. This had opened opportunities for model microscopic theories that could calculate or... 

Fig. 5 Generic modular stmcture of the overall inteimoleculai opdmizadon toolbox consisting of the abstract layer Generic Optimization and the three specific layers Frace-Field (EF) Parameterization, Parallel Jobs (PJOBS), and Simulation. Most of the modules require input parameters, which are defined in the configuration file (i.e., Config )...

Coefficients of the second matricial term of the decomposition represent the costs of developing and laimching a new spacecraft (monolith or SBN module) within one time step. We parameterize the cost of an SBN module relatively to the cost of a monohth in Equation 8 ... 

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