Dubai, United Arab Emirates
Dubai, United Arab Emirates

Al Ghurair University is a private university located in Dubai, United Arab Emirates and founded by Al Ghurair. The university offers bachelor's degrees in Business Administration, Computer Information Systems, Computer Science and Engineering, Electrical and Electronics Engineering, and Interior Design.The university was founded in 1999. Wikipedia.


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Yu Y.,Renmin University of China | Hao J.-X.,Beihang University | Dong X.-Y.,Peking University | Khalifa M.,Al Ghurair University
International Journal of Information Management | Year: 2013

Although it is a widely held belief that social capital facilitates knowledge sharing among individuals, there is little research that has deeply investigated the impacts of social capital at different levels on an individual's knowledge sharing behavior. To address this research gap, this study combines a multilevel approach and an optimal network configuration view to investigate the multilevel effects of social capital on individuals' knowledge sharing in knowledge intensive work teams. This study makes a distinction between the social capital at the team-level and that of social capital at the individual level to examine their cross-level and direct effects on an individual's sharing of explicit and tacit knowledge. A survey involving 343 participants in 47 knowledge-intensive teams was conducted for testing the multilevel model. The results reveal that social capital at both levels jointly influences an individual's explicit and tacit knowledge sharing. Further, when individuals possess a moderate betweenness centrality and the whole team holds a moderate network density, team members' knowledge sharing can be maximized. These findings offer a more comprehensive and precise understanding of the multilevel impacts of social capital on team members' knowledge sharing behavior, thus contributing to the social capital theory, as well as knowledge management research and practices. © 2013 Elsevier Ltd. All rights reserved.


Habash R.W.Y.,University of Ottawa | Krewski D.,University of Ottawa | Bansal R.,University of Connecticut | Alhafid H.T.,Al Ghurair University
Frontiers in Bioscience - Elite | Year: 2011

Hyperthermia as a heat therapy is the procedure of raising the temperature of a part of or the whole body above normal for a certain period of time. Based largely on delivery methods, therapeutic hyperthermia falls under three major categories: local, regional, and whole-body. It may be applied alone or jointly with other modalities such as radiotherapy, chemotherapy, radiochemotherapy, and gene therapy. Because of the individual characteristics of each type of treatment, different types of heating systems have evolved. This paper provides an overview of possible mechanisms of heat-induced cell death and the way heating exerts its beneficial effect. It also discusses various heating devices as well as other modalities used with hyperthermia. The paper concludes with a summary of benefits and risks, obstacles encountered in the treatment process, and future research directions.


Khalifa M.,Al Ghurair University | Cheng S.N.,Uniplan Hong Kong Ltd. | Shen K.N.,University of Wollongong in Dubai
Journal of Computer Information Systems | Year: 2012

This study was driven by three underlying motivations. One of them is the gap between high penetration rate of mobile phone and relatively low adoption rate of m-commerce. The second is to reconcile the inconsistent findings in prior IT adoption research regarding the consistency of the relationship between attitude and intention. Finally, we hope to provide the theoretical underpinning for various interventions to promote m-commerce adoption. In this study, we extended the theory of planned behavior (TPB) by integrating confidence as a moderator for the relationship between attitude and intention. Furthermore, trial, communication and observation are identified as the sources for confidence with m-commerce and their effects are mediated through exposure. The research model was empirically tested and supported. Both theoretical and practical implications are discussed.


Radhi N.,Brunel University | Aziz K.,Al Ghurair University
2011 International Conference on Innovations in Information Technology, IIT 2011 | Year: 2011

The location awareness of the primary user is one of the essential features of cognitive radios. The Location information of the primary user in cognitive radio can be used to assist the communication among secondary users outside the transmission coverage area of primary users or to track the primary users. A cognitive radio network based localization scheme is considered in this paper uses received signal strength (RSS) method to estimate the position and effective isotropic radiated powers of the transmitter source emitting this signal. In our investigation the simulation result for RSS-based localization show the impacts of number of sampling, nodes, sigma variable in the shadowing channel model on mean square error for position estimation and average power estimation error were illustrated. © 2011 IEEE.


Dong H.,United Arab Emirates University | Yazdkhasti S.,Al Ghurair University
Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics) | Year: 2013

The muscle force control of musculoskeletal humanoid system has been considered for years in motor control, biomechanics and robotics disciplines. In this paper, we consider the muscle force control as a problem of muscle coordination. We give a general muscle coordination method for mechanical systems driven by agonist and antagonist muscles. Specifically, the muscle force is computed by two steps. First, the initial muscle force is computed by pseudo-inverse. Here, the pseudo-inverse solution naturally satisfies the minimum total muscle force in the least squares sense. Second, the initial optimized muscle force is optimized by taking the optimization criteria of distributing muscle force in the middle of its output force range. The two steps provide an even-distributed muscle force. The proposed method is validated by a movement tracking of a bionic arm which has 5 degrees of freedom and 22 muscles. The force distribution property, tracking accuracy and efficiency are also tested. © Springer-Verlag 2013.


Redouane A.,Al Ghurair University
SECRYPT 2011 - Proceedings of the International Conference on Security and Cryptography | Year: 2011

We describe a calculus that is specific to non-repudiation protocols. The calculus uses the correspondence assertion of Woo and Lam, that is, if there is a non-repudiation of receipt there should be a corresponding non-repudiation of origin. The calculus is a subset of the Pi calculus. The basic constructs are modified in order to handle properties of non-repudiation. We offer a formal syntax and an operational semantics of the calculus. We show the usefulness of the calculus by describing Zhou optimistic protocol.


Tamimi S.,Al Ghurair University
CSAE 2012 - Proceedings, 2012 IEEE International Conference on Computer Science and Automation Engineering | Year: 2012

A well-validated algorithm based on the finite element method (FEM) for determination of confined turbulent flow with a one equation model used to depict the turbulent viscosity is applied to a smooth straight channel. The overall effects of a zone close to a solid wall, "near wall zone" for predicting the distribution of the pertinent variables in this zone has been investigated. For the present work, a finite element technique based on near wall zone modeling has been advocated and the validation of the imposed technique has been examined and comparison with other techniques which has been made even with case of extension of the near wall zone. © 2012 IEEE.


Ali I.A.,Al Ghurair University
Journal of Microwave Power and Electromagnetic Energy | Year: 2016

In this paper, we investigate the effect of load size, geometry and properties on microwave heating efficiency and heating uniformity during microwave processing of materials using multi-mode cavity applicators. For this purpose, a numerical technique based on finite element method and implemented using COMSOL Multiphysics package is deployed to compute heating efficiency expressed in terms of power absorbed by the material divided by the input power. Both field variations and resulting temperature evolutions are computed for each size and shape studied. Results show that heating efficiency and temperature uniformity are dependent on the size, the geometry and the properties of the material to be treated and can be controlled to a large extent by just changing these material characteristics without the need of external impedance matching components. The model is experimentally validated and good agreement between the theoretical and experimental results is obtained. © 2016 International Microwave Power Institute


Rashdan W.,Al Ghurair University
Proceedings of the International Conference on Engineering Design, ICED | Year: 2015

The interior design industry consumes significant amounts of natural resources, making designers morally obligated to the planet and its inhabitants. Designers must consider sustainable solutions to avoid the depletion of fragile ecological systems; they must employ different strategies to adjust all aspects of interior design to incorporate sustainable solutions, despite the many obstacles. This paper aims to explore the barriers preventing the implementation of sustainable design. This study focuses on sustainable practice within the context of interior design solutions.


Patent
Al Ghurair University | Date: 2015-01-22

A press apparatus comprising a microwave energy source, a resonator cavity to receive microwave energy from the microwave energy source and to resonate the microwave energy within the resonator cavity, the resonator cavity having a peripheral side, a top side and a bottom side, a food container for receiving food from which juice is extracted, the container adapted to be located within the resonator cavity for heating the food using the microwave energy, the food container having a peripheral side, a top side and a bottom side, a plunger to press the food inside the food container, a press mechanism located outside the resonator cavity and in force communication with the plunger for exerting mechanical pressure on the food inside the food container during the heating operation for extracting the juice; and a juice collector located outside the resonator cavity in fluid communication with the container for collecting the juice.

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