Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  illustrate potential benefits of using massive antenna arrays for wireless energy transfer (WET). Specifically,  analyze probability of outage in WET over fading channels when a base station (BS) with multiple antennas beamforms energy to a wireless sensor node (WSN). Our analytical results show that by using massive antenna arrays, the range of WET can be increased for a given target outage probability.  prove that by using multiple-antenna arrays at the BS, a lor downlink energy is required to get the same outage performance, resulting in savings of radiated energy.  show that for energy levels used in WET, the outage performance with least-squares or minimum mean-square-error channel estimates is the same as that obtained based on perfect channel estimates.  observe that a strong line-of-sight component beten the BS and WSN lors outage probability. Furthermore, by deploying more antennas at the BS, a larger energy can be transferred reliably to the WSN at a given target outage performance for the sensor to be able to perform its main tasks. In our numerical examples, the RF por received at the input of the sensor is assumed to be on the order of a mW, such that the rectenna operates at an efficiency in the order of 50%.
['Salil Kashyap', 'Emil Björnson', 'Erik G. Larsson']
I am writing a research paper on a idea On the Feasibility of Wireless Energy Transfer Using Massive Antenna Arrays
[{"from": "human", "value": "I am writing a research paper on a idea On the Feasibility of Wireless Energy Transfer Using Massive Antenna Arrays"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  illustrate potential benefits of using massive antenna arrays for wireless energy transfer (WET). Specifically,  analyze probability of outage in WET over fading channels when a base station (BS)\u00a0with multiple antennas beamforms energy to a wireless sensor node (WSN). Our analytical results show that by using massive antenna arrays, the range of WET can be increased for a given target outage probability.  prove that by using multiple-antenna arrays at the BS, a lor downlink energy is required to get the same outage performance, resulting in savings of radiated energy.  show that for energy levels used in WET, the outage performance with least-squares or minimum mean-square-error channel estimates is the same as that obtained based on perfect channel estimates.  observe that a strong line-of-sight component beten the BS and WSN lors outage probability. Furthermore, by deploying more antennas at the BS, a larger energy can be transferred reliably to the WSN at a given target outage performance for the sensor to be able to perform its main tasks. In our numerical examples, the RF por received at the input of the sensor is assumed to be on the order of a\u00a0mW, such that the rectenna operates at an efficiency in the order of 50%."}]