Mohammed Hassan Fadhul

Work place: Department of Computer Sciences, University of Khartoum, Sudan

E-mail: mfadhul@hotmail.com

Website:

Research Interests: Software Construction, Software Development Process, Software Engineering

Biography

Mohammed Hassan Fadhul was born  29/06/1960, he is a well-organized, reliable and enthusiastic computer science researcher with mature knowledge and practice of software analysis and programming, based on the scientific standards. Some of my strength is the ability to learn new skills and a real commitment to achieving my personal and professional goals within a preset time frame.  My journey with the computer science field started in the UK where I obtained a diploma in computer science, form Lambeth College, in 1998. This achievement was followed by obtaining a bachelor from Kingston University in 2005, in the same field. Lastly I have been granted, in 2014, a master degree in computer science from Khartoum University.

Author Articles
Developing an Efficient Model for Building Data Warehouse Using Mobile Agent

By Tarig Mohammed Ahmed Mohammed Hassan Fadhul

DOI: https://doi.org/10.5815/ijitcs.2016.09.02, Pub. Date: 8 Sep. 2016

Data-warehouse is an emerging technology with great potential. Nowadays, businesses are competing fiercely to dominate the market where profitability is promising using every available means to reach their goal. Performance and storage are big challenges in building data-warehouse focusing by researchers recent years. In this paper a new model for developing an efficient data warehouse by using mobile agent technology has been proposed. The main idea behind this model is to use the mobile agent to extract and analyze operational data in their location. So, instead of using ETL, the mobile agent will be used. After the mobile agent completing its journey among operational databases, all tasks of ETL will be performed. By this way no need high storage media to extract the data from the operational database. As cost of time, the model proves less consuming of time. The model has been implemented using .Net Framework and C# and the results have been presented and discussed.

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