• The joint Sharjah - Lubeck PhD program in Molecular Medicine

  • College of Business Administration achieves U.S AACSB accreditation

  • 2nd Sharjah International Conference on Islamic Economy

  • 3rd International Conference on Arab’s and Muslim’s History of Science

  • Sharjah 1st International Conference for Persons with Disabilities


1. Spatial Database Outsourcing in Cloud Computing

cloudModel.pngDatabase outsourcing is an emerging paradigm in cloud computing. The increase in spatial data has led organizations to upload their data onto third-party service providers. Outsourcing entails low cost, dynamic storage and high computational power, as it enables convenient, on-demand network access to a shared pool of computing resources (e.g., networks, servers, storage, applications). Giving control to untrusted third-party servers has security concerns such as confidentiality and privacy. Privacy concerns can be resolved by hiding database from server and attackers, hiding the distribution of spatial points in the space and protecting user query and its result. Therefore, we propose an approach based on cryptographic transformation to perform efficient and accurate query processing at the cloud server in order overcome the security concerns associated with cloud computing. 

2. Social Networks

socialNetwork.pngNowadays, social network sites; such as Facebook and Twitter, have tremendous number of users in their repositories. Having this huge amount of data requires analyzing them to get statistics about the users and their interests. The information gained from mining social networks can be used in various applications such as recommendations, influence analysis and customer segmentation. The goal of the research group is to devise new techniques for extracting meaningful information inside today's social networks.

3. Wireless Sensor Networks


Wireless Sensor Networks (WSN) typically consists of a large number of small, low-cost sensor nodes distributed over a large area with possibly one, or more, powerful sink node gathering readings of sensor nodes. The sensor nodes are tiny devices equipped with one or more sensors, some processing circuits and a wireless transceiver. Each of these sensors gathers its own observation of the environment which can be used with other sensors' gathered data to provide a global view of the monitored environment to a user. Many applications are developed using WSN in the area of environmental and habitat monitoring, object and inventory tracking, health and medical monitoring, battlefield observation and industrial safety and control. In many of these applications, real-time data mining of sensor data to promptly make intelligent decisions is essential. Detecting phenomena  in  dynamic  WSN environment where  the sensors  are  mobile  and  data  clusters  are  dynamic is  a challenging problem.