Mohammed Elbtity - Academia.edu (original) (raw)

Mohammed Elbtity

Mohammed E. Elbtity, a research assistant and a Ph.D. student at CBNU University, South Korea.
Address: Egypt

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Papers by Mohammed Elbtity

Research paper thumbnail of Applying Wireless Power Transfer On Charging Portable Devices

Due to crucial requirements of electrical power and noticeably increasing amount of the electroni... more Due to crucial requirements of electrical power and noticeably increasing amount of the electronic devices day after day, this paper discusses the application of charging portable devices (e.g. cell phones, microbots and laptops) using wireless power transfer concept. The paper navigates through different techniques that are used to transfer power wirelessly and comes up with the suitable one for this application. In order to be more applicable and handy for users and to improve the transmitted power and the distance of transmission, some modifications are suggested on the chosen technique. The paper took into consideration the mobility of the devices to be charged. The other contribution of this paper is adding a control-ability for delivering power to specific devices rather that others using authentication technique.

Research paper thumbnail of Decoupling Suffix Trees from Von Neumann Machines in Semaphores

Research paper thumbnail of Decoupling Suffix Trees from Von Neumann Machines in Semaphores

Research paper thumbnail of Applying Wireless Power Transfer On Charging Portable Devices

Due to crucial requirements of electrical power and noticeably increasing amount of the electroni... more Due to crucial requirements of electrical power and noticeably increasing amount of the electronic devices day after day, this paper discusses the application of charging portable devices (e.g. cell phones, microbots and laptops) using wireless power transfer concept. The paper navigates through different techniques that are used to transfer power wirelessly and comes up with the suitable one for this application. In order to be more applicable and handy for users and to improve the transmitted power and the distance of transmission, some modifications are suggested on the chosen technique. The paper took into consideration the mobility of the devices to be charged. The other contribution of this paper is adding a control-ability for delivering power to specific devices rather that others using authentication technique.

Research paper thumbnail of Decoupling Suffix Trees from Von Neumann Machines in Semaphores

Research paper thumbnail of Decoupling Suffix Trees from Von Neumann Machines in Semaphores

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