We have chosen to follow a similar approach to the proposals of Baskerville et al. (2009) and Sein et al. (2011), in which the research activities are significantly overlapping.
Section 'Generative lexicon and qualia structure' briefly presents Pustejovsky's generative lexicon theory [11], which contributes to the background of our approach, and the proposal of Cimiano and Wenderoth [12].
A detailed evaluation study, with regards to the new manufacturing era requirements, demonstrates the advantages of the proposed approach over current state-of-the-art proposals.
A comparison of Soyster's, Lin's, and Bertsimas' robust counterpart optimization formulations based on the hybrid solution approach and the proposal of an appropriate formulation for facility location-allocation problems under uncertainty. .
The second approach involved the proposal of a new modeling strategy (named M2) using the same groups mentioned above (adopting protonation constants constrained to standard data [19], with minor variations) but with the adoption of a new species proposed as a supramolecular protonable structure, as expected for humic acids at near-neutral pH (hypothetical structure proposed in Scheme 1).
Furthermore, this approach allowed the proposal of a dual cycle mechanism with an olefin carbon pool favouring propene production and methylated benzenes carbon pool, enhancing the formation of ethane to be substantiated.
On the other the approach of educational proposals focusing on the student's self-learning, such as: the incorporation of virtual educational modalities, multilingual education, the approach to professional stages (learning by doing), and the internationalization and quality of educational programs.
The approach comes with the proposal of a new second-order BSS that operates directly in the frequency domain and takes as an input the cross-spectral matrix of the data.
The modularity of this approach led to the proposal that this system could, in theory, be used to attach other peptide targeting motifs to other small-molecule Zn2+ sensors.
This approach contributes to the proposal and diffusion of a particular language that organizations want to share.
