Although several powerful tools currently exist for solving QNMs, some of these tools define their own model representations, have been developed in platform-specific ways, and are normally difficult to extend for coping with new system properties, probability distributions or system behaviors.
Various communities, working on biological model representations, have already committed to the use and support of SED-ML, including SBML, CellML, and the Virtual Cell.
Furthermore, a "Grounded Situation Model" representation has been designed for Ripley, as well as associated processes, and a cognitive architecture was implemented through numerous intercommunicating modules.
We show that when an integer number of periods is observed for both the input and the scheduling, the state space model representation has a specific, sparse structure in the frequency domain, which is exploited to speed up the estimation procedure.
A general set of quantitative model assessment and analysis tools, termed high-dimensional model representations (HDMR), have been introduced recently for high dimensional input output systems.
Although more accurate models for obtaining frequency-domain representations have been broadly studied, it is noticeable that, lately, the conventional DFT has been preferred over other transforms.
But, as we noted above, some naturalists concerned with explaining representations have suggested integrative models combining constructionist and cognitive (and sometimes nativist) explanations of those representations (e.g. Sperber 1996, Machery and Faucher 2005, Mallon 2013).
Various kernel methods based on different molecular representations have been proposed for QSAR modelling [18].
An intuitive interface, consisting of virtual and tangible interfaces, and a tri-layer model representation scheme have been designed and developed to support solid modeling and collaborative design activities in the AR-based environment.
The extended World Trade Model (WTM/RCOT) representation has the new feature that a region may use identifiable imported inputs that it cannot produce itself, the so-called non-competitive imports, that typically are vital for an economy such as resource commodities or capital goods.
Non-linear kinetic models, like the GMA representation, have a certain degree of plasticity that allows different parameter sets to fit the same data.
