The extraction efficiency was modeled and optimized as a function of three input variables, i.e. tartaric acid concentration in aqueous phase CAT (g/L), pH of aqueous solution and amine concentration in organic phase CA/O (% v/v).
This approach is computationally efficient as HGT is a function of four input parameters: N, n 1, n 2, and b.
The prioritization function consists of three inputs: given a PPI network G = (V, E, w), where V represents the set of proteins, E is the set of interactions, and w denotes the weight of each interaction, a normalized form of adjacency matrix w, denoted by w′, is derived and used as one of the inputs.
Compute N=pq and λ=lcm(p−1,q−1), where lcm is a function for calculating the least common multiple of two inputs.
The proposed controller circuit which consists of two inputs, four membership functions for each one, sixteen rules and one output designed less than 0.1 mm2 area in 0.35 μm CMOS standard technology.
Similarly to the one-dimensional circuit the output of this circuit is a two-dimensional bell-shaped function of the two inputs.
Table 3 summarizes the estimated probability distribution functions (PDFs) of five input parameters, assuming the input parameters are statistically independent.
To date, the only available ZST prediction model for PCC pavements is the one proposed by the MEPDG, which was quite simplified with a function of only two input variables: cementitious content and mean monthly temperature for the month of construction.
It is obvious that the total interference increases along with the increase of the capacity threshold and the power budget since it is just a function of the two input parameters.
Power coefficient is considered as a function of six independent input parameters, according to experimental data extracted from a related paper.
