We keep our implementation close to the structure published by Kasap et al. [3,4] and include ideas from Sotiriades et al. [5] such that all parts of the algorithm are organized in components of a long pipeline.
In this work we have presented the Open Molecule Generator, to the best of our knowledge, the first implementation to chemical structure generation of the Canonical Path Augmentation approach, originally designed for simple graph enumeration adding vertices.
This study will lead to implementation of the structure in photonic applications negating the influence of polarization to a wide extent.
Moreover, we also present another algorithm (and its implementation) to draw the combinatorial structure associated with a given Leibniz algebra, when such a structure is a (pseudo)digraph.
However, it is always the premise of the successful PLM implementation to prepare the efficient product structure and BOM.
They are, it seems, being asked this time to redesign not just the implementation but the structure of one corner of the nationwide income safety net.
We have therefore tested the implementation of the structure for the genome of Encephalitozoon cuniculi, belonging to the Microsporidia taxon.
As mentioned before, the templates are 'hardcoded' to the implementation patterns, meaning the structures of the template must be mapped to the programming language-specific structures.
Unlike the state-of-the-art software implementation, the proposed structure tends to run each stage as a standalone block.
Two important variables that are relevant to implementation are the constitutional structure and division of legislative powers between national and regional parliaments; and secondly, the presence or absence of explicitly-recognised fundamental rights and freedoms within federal and state constitutions.
