The key feature of BST is the representation of processes with products of power-law functions.
Furthermore, the models employed for the representation of the process alternatives included in the superstructure are refined, through the inclusion of the energy balance.
The application of water-balance modeling at 270-m resolution allows the representation of this process at the scale of hillslopes.
This may provide an indication that the representation of the process in the model is inappropriate.
Generic process modules are used for the representation of the processes involved in order to facilitate design variability and flowsheet interconnectivity.
We present the key methods relevant to the representation of biochemical processes in signal transduction models, with a particular reference to apoptotic processes.
In the continued development, however, the focus was broadened to include the representation of biological processes, functions and qualities.
The causal relationships in the model are expressed in the Biological Expression Language (BEL) 44, which allows for the representation of biological processes in a computable format.
It's interesting to see that a simple product, such as a pair of shoes, can become the representation of a long process of research and development, engineering and design.
