Prof. Dr. Ismail A. Mageed - UK

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                                          WELCOME TO VIRTUAL REALITY 

Abstract: Virtual reality refers to a computer-generated environment that closely resembles reality, allowing users to explore and interact with it. By presenting our senses with simulated information, our perception of reality can be altered, creating an immersive experience that feels real. In technical terms, virtual reality involves a three-dimensional digital environment that can be explored and manipulated by individuals, enabling them to become part of the virtual world and engage in various actions. Our understanding of reality is based on the information received through our senses, which is processed by our brains. Virtual reality refers to the presentation of artificially created sensory information that can alter our perception of reality. It involves immersing ourselves in a computer-generated environment where we can explore and interact with objects or perform actions, creating a sense of being part of a virtual world. Virtual reality is achieved using computer technology, such as headsets, treadmills, and gloves, that stimulate our senses to create the illusion of reality. The goal is to create a seamless and realistic virtual environment that responds to the person's movements and actions in real time. However, issues such as latency or delays in system response can disrupt the experience and make us s aware of the artificial nature of the environment.

BIO:   

Dr. Ismail A Mageed obtained his doctorate in Applied Probability at The University of Bradford, United Kingdom. Dr Mageed has been nominated by numerous high-profile academic institutions to the world prestigious ABEL PRIZE(NOBLE PRIZE OF MATHEMATICS) FOR THE ACADEMIC YEAR 2025, based on his great services to humanity through revolutionary mathematical applications to advance several scientific disciplines, including Engineering, Computer Science and much more. Dr Mageed is currently in preparation to apply for three DSc degrees in parallel, from three British universities, The University of Bradford, the university of Leeds, and Sunderland University. His current research interests include the unification of queueing theory with information theory and information geometry. His leading research on the relativisation of queuing theory and discovering the geodesic  equation of motion for transient queues was greatly received by the world research community, based on spotlighting novel avenues for a UNIFIED THEOREM ON EVERYTHING. Mageed’s research on finding the analytic solutions of the longstanding simulative approach of The Pointwise Stationary Fluid Flow Approximation theory (PSFFA) was an exceptional discovery to advance PSFFA theory. Dr Mageed has published numerous papers in many highly reputable journals and IEEE conferences. He is also a reviewer  and a member of the editorial board to many international prominent journals. Mageed’s research has been internationally recognized as being revolutionary by providing several breakthroughs and solving many longstanding open problems. He is currently an active member at the NetPen Research Group, which is the strongest research group in queueing networks in the world. Dr Mageed has published a chapter in a book of the best eight queueing theorists in the world, entitled: "Queueing Theory 2: Advanced Trends" By the world-renowned Publishing Company, ISTE WILLEY, which was translated into French by the same Publishing Company. He has also published another chapter in a high-profile book, entitled: "Fractal Analysis - Applications and Updates" By the world leading open access publishing house, IntechOpen. He is currently coaching numerous volunteering  several research teams worldwide to deliver more insights on employing research to serve humanity. He is also a fellow of the Royal Statistical Society (RSS),the OR Society of the United Kingdom, a member of INTISCC (Austria), IEANG (world council of engineering) and a life member of the Islamic Society of Statistical Sciences. 

ResearchGate Profile: https://www.researchgate.net/profile/Ismail-A-Mageed-2