On consumable energy allocation frame-work with SWIPT for remotely located wireless node within internet of things

The degree of assurance of providing reliable connectivity to diversely located devices will define the success of internet of things as aimed for future generation of wireless networks. This poses a challenge of making energy available to such devices, regardless of the environment or the circumstances they are into to keep them connected. Solving such a challenge is expected to provide significant degree of flexibility to the coverage planning of the future generations of wireless networks. Simultaneous wireless information and power transfer (SWIPT) provides a candidate solution to resolve this problem; which may require a trade off with the available data rate to the device. This paper proposes an innovative trade-off frame-work to avoid any of the data rate compromise, while providing enormous flexibility to facilitate energy to the remotely located devices on demand basis. Such flexibility relaxes the coverage as well as capacity planning constraint in future wireless networks.