Information-modeling tools

There is a need for information-modeling tools, which will become increasingly important for supporting integration problems as well as teamwork. 

However, as a general observation, this study demonstrated the feasibility of the integrated modeling approach to couple an environmental multimedia and a PBPK models, considering multi-exposure pathways, and thus the potential applicability of the 2-FUN tool for health risk assessment. The global sensitivity analysis effectively discovered which input parameters and exposure pathways were the key drivers of Pb concentrations in the arterial blood of adults and children. This information allows us to focus on predominant input parameters and exposure pathways, and then to improve more efficiently the performance of the modeling tool for the risk assessment. 

The provision of these office automation tools to the scientist must be done in a way which integrates the office activities with the lab activities. Global planning must be done for the implementation of a comprehensive system which includes laboratory Instruments, robotics, office automation, graphics, molecular, reaction and other modeling tools, information retrieval and all the other computer resources required by the modern scientist. 

FIGURE 9 Simulation network for distributed pharmaceutical manufacturing systems and their warehouses in U.S., Europe, India, and Asia. Model focuses on information and data management, the way the servers can cope with the task of tracking pharmaceutical product, and RFID data on a world wide basis. As a modeling tool we use OPNET, a professional network simulation tool. 

For mountainous areas, accurate information in appropriate format is key. In order to provide relevant geological information, modem tools like GIS and 3D modelling are required. 

Furthermore, as demonstrated in our earlier theoretical work, the optical mode of the conditionally prepared photon is in fact completely identical to that of the difference-frequency field generated by a properly defined advanced wave [Aichele 2002], In other words, the advanced wave concept is not merely an informal visual tool, but a rigorous mathematical model which possesses analytic capability that approaches that of the canonical quantum theory. In the present paper, we review the theory associated with the advanced wave concept and discuss its applicability in various experimental situations. 

Within the database of the flowsheet editor, only prominent information about the flowsheet elements is stored, including characteristic parameters of process steps and equipment items as well as stream and piping information. This information needs to be shared for the development of further mathematical models inside modeling tools, the cost analysis of different process parts, as well as the specification of steady-state dynamic simulations in simulators. 

---