Artificial Neural Network Systems for Reservoir Characteristics PVT properties
This project is mainly for producing research and developing efficient reliable software for Saudi ARAMCO Oil and Gas Company. It was a joint work with both Research Institute and Petroleum Engineering Department at King Fahd University of Petroleum and Minerals. (October 2005-May 2007).
The Capability of Fuzzy Logic Models to Generate Permeability Traces in Non-Cored Wells: Phase I
This project is mainly for producing research and developing efficient reliable software for Saudi ARAMCO Oil and Gas Company. It was a joint work with both Research Institute and Petroleum Engineering Department at King Fahd University of Petroleum and Minerals. (August 2005-August 2007).
Develop Fuzzy Logic Models to Generate Permeability Traces in Non-Cored Wells: Phase II.
This project is a continuation of the previous project. In this project, we are using C++ as a tool to develop the application. We are implementing several clustering techniques to predict the oil permeability of non-cored wells. It is a joint work with both Research Institute and Petroleum Engineering Department at King Fahd University of Petroleum and Minerals. (May 2007-August 2008).
A Semantic-Based Virtual Design Environment for Digital Designing in Architecture.
This project is to develop an intelligent and interactive virtual design environment to support digital designing in architecture. Such environment will have knowledge about the designed entities, provide a set of 3D design tools, deliver intelligent response and feedback to the designer during both conceptual and evaluation stages of designing. (2007-2008).