Maximizing performance of low-power WSN node on the basis of event-driven-programming approach: Minimization of operational energy costs of WSN node control unit

Hodoň, Michal; Chovanec, Michal; Čechovič, Lukáš; Hudik, Martin; Milanova, Jana; Kochláň, Michal; Jurecka, Matua; Kapitulík, Ján; Ševčı́k, Peter

doi:10.1109/iscc.2015.7405517

Cited by 4 publications

(4 citation statements)

References 14 publications

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“…All simulations used identical parts/motes and network topology, with 10 motes organized in a row, with the base station allocated in its extremity, as shown in Figure 1. The networks simulated in this work followed the rules of a time-driven network [8,16], therefore, all motes performed their tasks following a network cycle. All motes kept their microcontrollers, sensors, and radio transceivers on the power-down/sleep states until the moment when they had to sense the environment and transmit their messages or to receive or to reroute messages of other motes.…”

Section: Simulations and Resultsmentioning

confidence: 99%

An Analysis of the Use of Multiple Transmission Power Levels on Wireless Sensor Networks

Miranda

Cardieri

2018

5th International Electronic Conference on Sensors and Applications

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The energy consumption in wireless sensor networks is the critical concern of different studies, especially because of the great effort, or even the impossibility, to replace the battery of their motes. Consequently, it is fundamental to investigate and evaluate the energy spent by every individual task executed by the motes in order to provide an efficient use of their batteries. In this work, we employ different metrics to present a thorough study of how the use of multiple transmission power levels affects multihop wireless sensor networks. This work is motivated by the current employment of the multiple transmission power levels, on both academic works and commercial solutions, which is a novel feature of some radio transceivers commonly used in wireless sensor network motes. Aiming for reliable and extensive analysis, this study employs simulations in different scenarios and models of commonly employed electronic components. The contribution of this works is a detailed investigation of the impact caused by the use of different transmission power levels employing different metrics, offering a wide perspective on the subject. In general, the results of this study indicate that the use of multiple power levels grants both positive and negative results, according to the scenario and metrics analyzed.

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Section: Simulations and Resultsmentioning

confidence: 99%

An Analysis of the Use of Multiple Transmission Power Levels on Wireless Sensor Networks

Miranda

Cardieri

2018

5th International Electronic Conference on Sensors and Applications

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“…Hodoñ et.al, using WSN to monitor the use of electric power as a smart power metering [12]. He is also doing testing to maximize the performance energy in WSN [13]. While Kocharoen et.al, designed the WSN to detect the sounds of a chainsaw in the forest, using the sound sensor [14].…”

Section: Overview Of Related Researchmentioning

confidence: 99%

Log Data Structure for Illegal Logging Tracking System

Nugraha¹,

Mutiara²,

Handayani³

2018

IJET

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Forest is a natural ecosystem that plays an important role in human life. Unfortunately, due to the exploitation of the forest wealth, the forest ecosystem becomes increasingly diminished. One of the most significant forest damages caused by illegal logging. In some cases, sometimes the information about log harvest that obtained from the logging area always has a discrepancy. To reduce the cunning which is done by the perpetrators, however, a system that can track and monitor the log position from a remote area is needed. This system using APC220 as a WSN using Star topology, embed with RFID reader and Arduino Uno. By designing a log data structure, the tracking and monitoring log is possible to build. This system was testing by three scenarios. The log data structure can be interpreted 100% by the system. According to the resulting test, it can be concluded that this system can track down the position of the log, and inform the forest patrol officer the predictable place where the log is missing.

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“…Secondary areas, with no such a high WSN implementation capabilities, are military and eHealth , where some strict security/safety rules make the accommodation of central applications difficult. However, by implementation of specific approaches, as , the application fields covered by WSNs could be wider, eg, agriculture, industry, and home automation. Especially the last two areas offer interesting opportunities of WSN indoor implementations, the application problematic on which this paper is geared to.…”

Section: Introductionmentioning

confidence: 99%

Wireless sensor network for smart power metering

Ševčı́k

Zak

Hodoň

2017

Concurrency and Computation

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Summary In this paper, the problematic of power metering is targeted. Places with shared power sources, where electricity usage is calculated equally according to the number of users, are often misused by single users for illegitimate power usage. Special wireless sensor network was developed and implemented in a scenario of multi‐store parking garage to solve this problem. This paper is an extended version of the paper published in the iNetSApp'15 section of the FedCSIS 2015 IEEE international conference. This paper is supplemented with measured waveforms of mains magnitudes for concrete electrical appliances (bulb, refrigerator, and electric motor). Copyright © 2017 John Wiley & Sons, Ltd.

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Maximizing performance of low-power WSN node on the basis of event-driven-programming approach: Minimization of operational energy costs of WSN node control unit

Cited by 4 publications

References 14 publications

An Analysis of the Use of Multiple Transmission Power Levels on Wireless Sensor Networks

An Analysis of the Use of Multiple Transmission Power Levels on Wireless Sensor Networks

Log Data Structure for Illegal Logging Tracking System

Wireless sensor network for smart power metering

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