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(answered) – 1 Resources Baisa, N. (April, 2005). Designing wireless

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(answered) – 1 Resources Baisa, N. (April, 2005). Designing wirelessDescriptionSolution downloadThe Questionhey there?I need help putting my reference in alphabetical order, attach is the information.Thanks for your help1ResourcesBaisa, N. (April, 2005). Designing wireless interfaces for patient monitoring equipment. MedicalElectronics. Retrieved from www.rfdesign.com.Nail Baisa handles marketing for wireless technologies as National SemiconductorCorporation. He held positions as a senior applications engineer for the General Motors Co. Heholds several degrees to include: MSEE from the University of Michigan and a MSE fromOakland University. In his research and findings within this article he has explored the medicaladvantages of wireless technology within the medical field. He allows the reader to understandhow modern advances within this technology have allowed patients to ?unplug? from theirmachines and enjoy life, meanwhile still being monitored for their medical conditions. The mainfocus of this article is breaking down the math and dollar figures to develop this technology.Hori, Y. (2010). Future Vehicle Society based on Electric Motor, Capacitor and WirelessPower Supply.Yoichi Hori works in the Department of Advanced Energy at the University of Tokyo inJapan. Within this article he explains how super capacitors are the new wave in charging EV?s(electric vehicles) for longer runs and quicker charge times. He introduces the concept ofwireless electricity into the EV?s via using roadways. His idea is in the future when EV?s aremore common, to integrate a charging system within the roadways themselves. This willstatically charge the batteries, eliminating long charging times required for current EV chargingsystems. His idea, although years from a possible application have unique insight on how1wireless electricity can not only save time, but can also save valuable fossil fuels from beingwasted.Matheson, Rob. (July 10, 2014). WiTricity’s wireless charging technology is coming soonto mobile devices, electric cars, and more. Retrieved from: http://phys.org/news/2014-07witricity-wireless-technology-mobile-devices.html(Mohammed, Ramasamy, Shanmuganantham). (2010). Wireless Power Transmission. A NextGeneration Power Transmission System. 2010 International Journal of ComputerApplications (0975-8887). Vol. 1-No. 13.The authors of this article have exceptional credentials and prestigious backgrounds toinclude:Sheik Mohammed: Faculty of Engineering, Salalah, Sultanate of Oman, DhofarUniversity.K. Ramasamy: Professor Kamaraj College of Engineering and Technician, VirudunagarTamilnadu, India.T. Shanmuganantham: Professor and Head Perunthalaivar Kamarajar Institute ofEngineering and Technician, Karaikal (Government of Pondcherry Institution). India.Their studies conducted in India show the residual loss through their countries electric grid is at27%. This is mainly due to the resistance created within the wires themselves (Ohms). Growingelectrical demands require more electricity, amplifying power loss. Their research has looked indepth at the state-of-the-art technology called Microwave Power Transmission. They have gonein depth on the beneficial aspects as well as the disadvantages that this technology possesses.1Srivastava, Tripathi, Harish, Chaudhary, Parasnath, Yadav, Tiwari. (May, 2015). Wireless Power(September 15, 2014). Timeline: The History of the Electric Car. Retrieved from:http://energy.gov/articles/history-electric-carTransmission. International Journal of Innovative Research & Studies. ISSN 2319-9725.The authors of this article are Tech students from the Department of Electronics andCommunication. Within this article they discuss their research and findings on the developmentof WITRICITY. They discuss the basi