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En el instante 11 de octubre de 2025, 1:22:44 UTC,
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Añadido recurso Constrained optimization of sensor locations for existing light-pollution monitoring networks a Constrained optimization of sensor locations for existing light-pollution monitoring networks
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2 | "author": "R Lopez-Farias, SI Valdez, J Paredes-Tavares, H Lamphar", | 2 | "author": "R Lopez-Farias, SI Valdez, J Paredes-Tavares, H Lamphar", | ||
3 | "author_email": null, | 3 | "author_email": null, | ||
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42 | or-locations-for-existing-light-pollution-monitoring-ne-1f1ade4c905d", | 42 | or-locations-for-existing-light-pollution-monitoring-ne-1f1ade4c905d", | ||
43 | "notes": "The high levels of nocturnal artificial light emissions | 43 | "notes": "The high levels of nocturnal artificial light emissions | ||
44 | from urban areas induce adverse effects on the environment and human | 44 | from urban areas induce adverse effects on the environment and human | ||
45 | health. Having adequate monitoring provides information for planning | 45 | health. Having adequate monitoring provides information for planning | ||
46 | public policies and measuring their degree of achievement. | 46 | public policies and measuring their degree of achievement. | ||
47 | Consequently, there is a need for optimal designing or redesigning of | 47 | Consequently, there is a need for optimal designing or redesigning of | ||
48 | Light-Pollution Monitoring Networks focused on sensing the most | 48 | Light-Pollution Monitoring Networks focused on sensing the most | ||
49 | impacting regions such as protected natural areas, and delivering | 49 | impacting regions such as protected natural areas, and delivering | ||
50 | representative measurements of the whole region of interest. This | 50 | representative measurements of the whole region of interest. This | ||
51 | article addresses the optimum redesign and improvement of existing | 51 | article addresses the optimum redesign and improvement of existing | ||
52 | monitoring networks constrained to relocating a limited number of | 52 | monitoring networks constrained to relocating a limited number of | ||
53 | sensors. Furthermore, we introduce metrics to evaluate the covering | 53 | sensors. Furthermore, we introduce metrics to evaluate the covering | ||
54 | region of a network and its accuracy for recovering artificial light | 54 | region of a network and its accuracy for recovering artificial light | ||
55 | emission levels of the whole area. Then, we find the sensor locations | 55 | emission levels of the whole area. Then, we find the sensor locations | ||
56 | that maximize such metrics and, consequently, the monitoring | 56 | that maximize such metrics and, consequently, the monitoring | ||
57 | performance. Our results are novel designs that use punctual | 57 | performance. Our results are novel designs that use punctual | ||
58 | measurements to estimate light levels of the whole region of interest | 58 | measurements to estimate light levels of the whole region of interest | ||
59 | for different numbers of sensors. Finally, the method, metrics, and a | 59 | for different numbers of sensors. Finally, the method, metrics, and a | ||
60 | study case provide clear guidelines for the re-design of monitoring | 60 | study case provide clear guidelines for the re-design of monitoring | ||
61 | networks regarding sensitive zones for health, urban, or ecological | 61 | networks regarding sensitive zones for health, urban, or ecological | ||
62 | planning, as well as the intensity of light emissions and existing | 62 | planning, as well as the intensity of light emissions and existing | ||
63 | monitoring networks.", | 63 | monitoring networks.", | ||
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93 | Consequently, there is a need for optimal designing or redesigning of | ||||
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95 | impacting regions such as protected natural areas, and delivering | ||||
96 | representative measurements of the whole region of interest. This | ||||
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101 | emission levels of the whole area. Then, we find the sensor locations | ||||
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106 | study case provide clear guidelines for the re-design of monitoring | ||||
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122 | "title": "Constrained optimization of sensor locations for existing | 166 | "title": "Constrained optimization of sensor locations for existing | ||
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