The high-level motion control of the vehicle is realized founded on the LPV framework, while the reconfguration is based on constrained optimization techniques.
This analysis is one component of a program of research founded on the Quality Health Outcomes Model, a framework proposed by Mitchell and colleagues [ 19] to illustrate that patient outcomes are rarely explained only by specific interventions but also by health care system/provider factors and patient-specific factors.
Therefore, we also developed a companion interpretation approach founded on the same conceptual framework of capturing both long and short-duration processes, and developed a software tool to apply this concept to expert interpretation and segmentation of spectral trajectories (TimeSync, described in a companion paper by Cohen et al., 2010).
Our approach is Euclidean but distinct from the one founded on the Feynman-Kac formula.
The framework is founded on the basic principles of continuum thermodynamics, which include the entropy inequality and balances of mass, linear momentum, angular momentum, and energy.
The framework is founded on the concepts of restrictiveness and guidance and offers specific recommendations on how these elements can be built in FDSS to support complexity.
Based on Minsky's Society of Mind, the framework is founded on the assimilation of multimodal experiences, a sense of 'unified self' and its derivatives (choice, interest, curiosity, etc)., objective and subjective components of knowledge, commonsense, and attention dynamics over a real-world scenario.
The framework is founded on the idea that work practices can be described in terms of 'organizational routines' as theorized by Feldman and Pentland [ 3- 5].
This method is founded on the random utility model.
Our in-silico framework is mainly founded on the study of Connectivity Curves (CCs) of the metabolite under study in different scenarios.
