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Member since December, 2005
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Web4com co. Skills and services: - Agile UP Methodology - (C#) with Visual Studio .NET - Web services - SQL SERVER ( large relational Databases ) - Access Database - Tuning SQL SERVER - ECommerce - Dreamweaver and Fireworks and Photoshop for web designing - Flash + Swishmax (flash) - Ecommerce - Scheduled tasks - XML, XSLT, XSL, Xpath , XQuery - DocuWare Integration - GAPI - NopCommerce - Sitefinity - Telerik Components - Iron Speed Designer - DevExpress Components
$12 USD/hr
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Recent Reviews



Jan 2003

, C#, SQL SERVER , UI design, Web design , E-commerce , Web Programming , Docuware GAPI , CMS , Oracle


Master of Science in Information Technology & Software Design

2010 - 2012 (2 years)

Software Engineer

2003 - 2007 (4 years)


Computer Institute Manager (2008)


Certificate to be Computer Institute Manager


Multi-Join Query Optimization Using the Bees Algorithm

Abstract Multi-join query optimization is an important technique for designing and implementing database management system. It is a crucial factor that affects the capability of database. This paper proposes a Bees algorithm that simulates the foraging behavior of honey bee swarm to solve Multi-join query optimization problem. The performance of the Bees algorithm and Ant Colony Optimization algorithm are compared with respect to computational time and the simulation result indicates that Bees algorithm

A Probabilistic Analysis for Greedy Paths

Abstract Path-finding problems are generally famous in computer sciences, specifically those which are associated with uncertain environments are very common in artificial intelligence. Although in such problems greedy approaches are computationally light-weighted, they may not guarantee a good solution or even a solution. Our objective is to analyze the suitability of greedy solutions in a typical instance of uncertain path-finding problems.

Watchdog-LEACH: A new method based on LEACH protocol to Secure Clustered Wireless Sensor Networks

Wireless sensor network comprises of small sensor nodes with limited resources. Clustered networks have been proposed in many researches to reduce the power consumption in sensor networks. LEACH is one of the most interested techniques that offer an efficient way to minimize the power consumption in sensor networks. However, due to the characteristics of restricted resources and operation in a hostile environment, WSNs are subjected to numerous threats and are vulnerable to attacks. This research proposes a