Yet to our knowledge, no study based on process systems engineering concepts has been performed in order to evaluate the environmental gain that can be obtained from the production of the very energy-intensive production of virgin carbon fibres.
This work shows a novel approach to discover and isolate operating regimes of process systems based on process models, time series analysis, and decision tree induction technique.
A classification system based on process results in another set of categories.
These views cover all the aspects that are involved in the system; based on process definitions for identifying responsible and defining the involved agents to propose the deployment in a distributed architecture that is both feasible and appropriate.
In the late nineties the reimbursement fees to hospitals were already linked to classification based on structural cost related standards when this evolved from 2001 onwards into an accreditation system with standards based on process and outcome indicators.
To establish a link between mathematical models and biological systems an approach based on process algebra is used for agents based communication (Sumpter and Blanchard 2001).
The triggers for bioaccumulation are based on processes that are unique to aquatic systems and do not address biomagnification in terrestrial systems.
The system is based on a process planning system and an embedded expert system to resolve the abstract data usually associated with the early design stages.
While Kelly et al. (2013) develop a matrix to define the appropriate modeling technique based on system processes of the management problem, we propose a preliminary set of conditions necessary for the appropriate application of modeled results to natural resource decision making.
A special chip for direct and real-time observation of resistive changes, including set and reset processes based on Au/ZnO/Au system inside a transmission electron microscope (TEM), was designed.
