FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3185875473> ?p ?o ?g. }

• W3185875473 endingPage "102625" @default.
• W3185875473 startingPage "102625" @default.
• W3185875473 abstract "Interconnected LPWAN devices, which create the IoT, are usually powered by batteries that significantly limit their operational lifetime. The main disadvantage of batteries is that they must be periodically/manually replaced with new ones or recharged when they are depleted. This kind of maintenance increases the cost and restricts the large-scale deployments of these devices. Furthermore, wireless communication between distributed devices and gateways (or base stations) consumes a significant amount of energy, even more, if data has to be sent to a distance of several kilometers. When considering the limitations of battery power and long operating life, alternative energy sources, energy harvesting techniques, and power management strategies are required for LPWAN IoT devices to operate seamlessly and efficiently. Therefore, the development of energy-efficient solutions for such devices is a crucial issue. In this study, we designed and implemented an energy-aware system model to operate LPWAN IoT devices that have multiple wireless communication technologies (Wi-Fi, dual-mode Bluetooth, LoRa, SigFox, LTE-M) batteryless and maximize their operational lifetime in the IoT environment. We designed an energy harvesting system that couples a solar panel with a supercapacitor to achieve self-sustainability in a heterogeneous short-and long-range network and improve energy efficiency. We developed a power-aware software running on a MicroPython-enabled embedded operating system to manage the device power consumption by exploiting the power modes of the system hardware components. We performed a simulation based on a probabilistic sensing model to evaluate how the proposed method influences the overall energy efficiency of the LPWAN IoT network. In our experimental study and simulation, we demonstrated our system model saved energy in the solar-powered supercapacitor-operated LPWAN IoT device, and observed that the device operated well with low-power consumption without any performance degradation." @default.
• W3185875473 created "2021-08-02" @default.
• W3185875473 creator A5051068297 @default.
• W3185875473 creator A5062230805 @default.
• W3185875473 date "2021-11-01" @default.
• W3185875473 modified "2023-09-30" @default.
• W3185875473 title "Energy-aware system design for batteryless LPWAN devices in IoT applications" @default.
• W3185875473 cites W1979960347 @default.
• W3185875473 cites W1982774544 @default.
• W3185875473 cites W1989982885 @default.
• W3185875473 cites W1991781995 @default.
• W3185875473 cites W2025878503 @default.
• W3185875473 cites W2031142117 @default.
• W3185875473 cites W2040635549 @default.
• W3185875473 cites W2046672513 @default.
• W3185875473 cites W2055746889 @default.
• W3185875473 cites W2081987337 @default.
• W3185875473 cites W2091240694 @default.
• W3185875473 cites W2095688823 @default.
• W3185875473 cites W2112112990 @default.
• W3185875473 cites W2134858516 @default.
• W3185875473 cites W2135053460 @default.
• W3185875473 cites W2142218074 @default.
• W3185875473 cites W2147438900 @default.
• W3185875473 cites W2149345575 @default.
• W3185875473 cites W2153858743 @default.
• W3185875473 cites W2159782350 @default.
• W3185875473 cites W2168156693 @default.
• W3185875473 cites W2182132145 @default.
• W3185875473 cites W2196739344 @default.
• W3185875473 cites W2264428284 @default.
• W3185875473 cites W2273785171 @default.
• W3185875473 cites W2282236521 @default.
• W3185875473 cites W2294170895 @default.
• W3185875473 cites W2324552658 @default.
• W3185875473 cites W2343096927 @default.
• W3185875473 cites W2404711663 @default.
• W3185875473 cites W2496233404 @default.
• W3185875473 cites W2522003269 @default.
• W3185875473 cites W2523006501 @default.
• W3185875473 cites W2526298306 @default.
• W3185875473 cites W2541400468 @default.
• W3185875473 cites W2586115897 @default.
• W3185875473 cites W2599902573 @default.
• W3185875473 cites W2600639556 @default.
• W3185875473 cites W2604387098 @default.
• W3185875473 cites W2605194071 @default.
• W3185875473 cites W2619857736 @default.
• W3185875473 cites W2626460730 @default.
• W3185875473 cites W2753377532 @default.
• W3185875473 cites W2765294532 @default.
• W3185875473 cites W2766626296 @default.
• W3185875473 cites W2770705561 @default.
• W3185875473 cites W2781583119 @default.
• W3185875473 cites W2794325729 @default.
• W3185875473 cites W2801270058 @default.
• W3185875473 cites W2804203379 @default.
• W3185875473 cites W2806215647 @default.
• W3185875473 cites W2811266402 @default.
• W3185875473 cites W2883760536 @default.
• W3185875473 cites W2892095187 @default.
• W3185875473 cites W2896452088 @default.
• W3185875473 cites W2900498430 @default.
• W3185875473 cites W2913367626 @default.
• W3185875473 cites W2914082395 @default.
• W3185875473 cites W2914623335 @default.
• W3185875473 cites W2914972337 @default.
• W3185875473 cites W2916316066 @default.
• W3185875473 cites W2923934659 @default.
• W3185875473 cites W2932905104 @default.
• W3185875473 cites W2941494383 @default.
• W3185875473 cites W2947114693 @default.
• W3185875473 cites W2950646794 @default.
• W3185875473 cites W2958425974 @default.
• W3185875473 cites W2958781472 @default.
• W3185875473 cites W2960473007 @default.
• W3185875473 cites W2962691290 @default.
• W3185875473 cites W2964151424 @default.
• W3185875473 cites W3016245449 @default.
• W3185875473 cites W3024676461 @default.
• W3185875473 cites W3026224693 @default.
• W3185875473 cites W3032054811 @default.
• W3185875473 cites W3038377038 @default.
• W3185875473 cites W3080599160 @default.
• W3185875473 cites W3081345078 @default.
• W3185875473 cites W3087818652 @default.
• W3185875473 cites W840155753 @default.
• W3185875473 cites W1971542806 @default.
• W3185875473 cites W2912557938 @default.
• W3185875473 doi "https://doi.org/10.1016/j.adhoc.2021.102625" @default.
• W3185875473 hasPublicationYear "2021" @default.
• W3185875473 type Work @default.
• W3185875473 sameAs 3185875473 @default.
• W3185875473 citedByCount "10" @default.
• W3185875473 countsByYear W31858754732021 @default.
• W3185875473 countsByYear W31858754732022 @default.
• W3185875473 countsByYear W31858754732023 @default.
• W3185875473 crossrefType "journal-article" @default.

• next