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Aoun Lutfi
University of Wollongong in Dubai, Engineering and Information Sciences, Graduate Student
- Having graduated with a Bsc in Electrical Engineering from the University of Wollongong in Dubai, I went on to pursue a Masters of Engineering Management at the same university. Throughout my experiences in Visa, IBM, and other companies, and throughout my education, I have accumulated a wealth o... moreHaving graduated with a Bsc in Electrical Engineering from the University of Wollongong in Dubai, I went on to pursue a Masters of Engineering Management at the same university. Throughout my experiences in Visa, IBM, and other companies, and throughout my education, I have accumulated a wealth of skills both technical and non-technical. I can proudly say my strengths lie in Automation, IoT, Cloud, Android and Web Apps, UI/UX, Public Speaking, and Project Management. Armed with all of this I aim to leave a mark on this planet.edit
—In this paper, we present a system that supports the design of web graphical user interface by finding the optimal placement of interactive elements. The definition of optimal placement is context specific; it aims at maximizing... more
—In this paper, we present a system that supports the design of web graphical user interface by finding the optimal placement of interactive elements. The definition of optimal placement is context specific; it aims at maximizing measurable aspects of the user experience, and it is derived using expert knowledge embedded in the system, which is based on HCI principles, user studies, and data analytics. We use a novel modeling technique to represent the layout of web user interfaces. The model is unsupervisedly computed on information extracted by several image processing algorithms. The system identifies the website category, builds a layout model, compares it with the relevant optimal model, and recommends an alternative layout of interactive elements. To prove this concept, we present a study on e-commerce websites where placement of the checkout button has a significant impact on the online sale process conversion rate. The system identifies non-optimal placement, and it recommends an alternative position that is likely to improve the conversion rate. The results will be validated based on the Visa Checkout user experience. The system is implemented as an open-source software, and it currently supports the re-positioning of a single interactive element. In the paper, we discuss a further generalization of this approach to support a larger number of interactive objects in a wider spectrum of scenarios.
Research Interests:
Research Interests:
Research Interests:
Indoor flight, obstacle avoidance and client-server communication of an Unmanned Aerial Vehicle (UAV) raises several unique research challenges. This paper examines current methods and associated technologies adapted within the literature... more
Indoor flight, obstacle avoidance and client-server communication of an Unmanned Aerial Vehicle (UAV) raises several unique research challenges. This paper examines current methods and associated technologies adapted within the literature toward autonomous UAV flight, for consideration in a proposed system for indoor healthcare administration with a quadcopter. We introduce Healthbuddy, a unique research initiative towards overcoming challenges associated with indoor navigation, collision detection and avoidance, stability, wireless drone-server communications and automated decision support for patient care in a GPS-denied environment. To address the identified research deficits, a drone-based solution is presented. The solution is preliminary as we develop and refine the suggested algorithms and hardware system to achieve the research objectives.