BRAHMS is a tool for integrating computational process modules into a viable, computable system; its generality and flexibility facilitate integration across barriers, such as those described above, in a coherent and effective way.
Furthermore relational biologists seek to demonstrate that such non-computable systems, when represented as graphs, may be surprisingly small in terms of their total number of nodes and edges.
Blum et al.'s result is equivalent to demonstrating that all functions over denumerable domains — including the uncountably many functions that are not Turing-computable — are computable by Blum et al.'s "computing" systems, which are allowed to manipulate the exact values of arbitrary real numbers.
Surprisingly, all of these models are exactly equivalent: anything computable in the lambda calculus is computable by a Turing machine and similarly for any other pairs of the above computational systems.
It only says that if something physical is a computing system, then the functions it computes are Turing-computable.
To make the flows in Fig. 6 computable, iThink system dynamics modelling software (ISEE Systems) has been used.
In addition, as SBML is updated and novel modeling techniques arise, the active, open-source community behind JSBML will continue to provide a comprehensive, computable interface for systems biology models.
The identified approaches were grouped following Spyridaki and Flamos [19] and Möst and Fichtner [18] (Fig. 1) and encompass input-output analyses, computable general equilibrium, system dynamics, multi-agent, multi-criteria analysis, theoretical analysis, and hybrid approaches.
More specifically, the key condition is the availability of a computable relationship between system parameters and evaluation function.
Those persuaded of the computability of autopoietic systems have therefore deduced that (M,R) must also be Turing-computable [ 43].
In a quadrivalent system, they are computable (44 Hamilton loops), but in higher valent systems, they are not computable.
