Date of Award
Doctor of Philosophy (PhD)
Computational Analysis and Modeling
Thomas C. Bishop
In this dissertation, a framework for multi-dimensional and multi-scale modeling is proposed. The essential idea is based on oriented space curves, which can be represented as a 3D slender object or 1D step parameters. SMILES and Masks provide functionalities that extend slender objects into branched and other objects. We treat the conversion between 1D, 2D, 3D, and 4D representations as data unification. A mathematical analysis of different methods applied to helices (a special type of space curves) is also provided. Computational implementation utilizes Model-ViewController design principles to integrate data unification with graphical visualizations to create a dashboard. Applications of multi-dimensional and multi-scale modeling are provided to study “Magic Snake”, “Nanocar” and “Genome Dashboard”.
Li, Zilong, "" (2020). Dissertation. 846.
Applied Mathematics Commons, Biological and Chemical Physics Commons, Computer Sciences Commons