… power of ≈1 mW under illumination at 500 lux, suggesting that OPV devices are a feasible
technology for indoor-power applications. In … power locally for additional indoor applications. …

… Utilization of indoor PV cells to harvest energy for lowpower electronic devices has been …
and average power consumption were discussed. The tests performed on the indoor PV cells at …

… /artificial illumination in real indoor conditions. These modules … view of possible indoor
applications for low-power devices. … in view of possible indoor applications for low-power devices. …

… Thus, we see a trade-off of low-power for low-latency in the current UWB localization …
power-hungry ‘tag-driven system’. Taking this trade-off into account, we design a low-power and low…

… indoor applications has recently attracted widespread attention owing to their outstanding
potential in harvesting energy efficiently for low-power… demands for specific applications. In this …

… a low-power wakeup radio (WUR) for application in indoor … -art radios, since it has low-power
consumption, only 10 μW … was embedded with a low-cost/low-power processor, and due to …

… indoor device performance of photovoltaic cells, we discuss potential applications of IoT
devices powered … designed to match natural sunlight but, may not be ideal for low power indoor …

… SYSTEM LEVEL DESIGN The design consists of sensor nodes communicating with a
gateway node by using ultra low power (ULP) wireless communication as shown in Fig. 1. The …

… power consumption and low throughput. On the other end are ASICs with low power and
high throughput at the cost of lower … by the application) to the ASICs resulting in application …

… weight, low cost, less power for charging and environmental friendliness leads appropriate
devices for indoor light applications. Thus, recent enormous progress in indoor photovoltaics …