Adaptive scheduling to enhance data security and energy efficiency on energy harvesting platform

In this paper, we propose an adaptive light-weight scheduling mechanism that aims to balance data security and energy efficiency for application on RF-based energy-harvesting platforms. We will then prototype this scheduler on a Wireless Identification and Sensing Platform (WISP) device. The results in this paper will test this scheduling mechanism in action on a WISP device, along with use of a sensor to determine energy impact on the device, a deadline-based mechanism for data distribution, and finally comparing these cases with average voltage and total time.