A reservoir modelling using by prototype workstation.

Modelling concept prototype competencies using a developmental memory model

Paul Baxter1∗, Joachim de Greeff1, Rachel Wood2, Tony Belpaeme1 1 Centre for Robotics and Neural Systems, Cognition Institute, Plymouth University, U.K. 2 Intelligent Computer Systems, Faculty of Information & Communication Technology, University of Malta, Malta Abstract The use of concepts is fundamental to human-level cognition, but there remain a number of open questions as to the structures...

Automatic Calibration of Geothermal Reservoir Models through Parallel Computing on a Workstation Cluster

ITOUGH2 is an optimization code that allows estimation of any input parameter of the nonisothermal, multiphase flow simulator TOUGH2. ITOUGH2 inversions are computationally intensive because the so-called forward problem, i.e., the simulation of fluid and heat flow through the geologic formation, must be solved many times for different parameter combinations to evaluate the misfit criterion or ...

Development and evaluation of a prototype clinical workstation for portal image analysis in radiation therapy

class with attributes and services Class with objects. Inner box denotes a class and outer box denotes objects. Figure 22. The components of an object-oriented model are illustrated in this diagram of a meta-model of the object oriented paradigm. The notations in the figure were used in the development of the radiation therapy data model.

Nondestructive Evaluations by Using a Prototype of a Microwave Tomograph

Reservoir Operation Modelling with Fuzzy Logic

In this article, a fuzzy rule based model is developed for the operation of a single purpose reservoir. The model operates on an ‘if – then’ principle, where the ‘if’ is a vector of fuzzy premises and the ‘then’ is a vector of fuzzy consequences. The steps involved in the development of the model include, construction of membership functions for the inflow, storage, demand and the release, form...