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Can loT monitor environmental conditions to ensure safety in outdoor training environments? 


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Yes, IoT (Internet of Things) can monitor environmental conditions to ensure safety in outdoor training environments. Various devices and methods have been developed for environmental monitoring. For instance, the Large Optical/infrared Telescope (LOT) uses instruments like weather stations and sky background meters for site monitoring . Additionally, an environment monitoring device has been designed with functions to detect various parameters, provide real-time video monitoring, and display meteorological data for user convenience . Moreover, a safety protection device for outdoor training includes features like retracting and releasing mechanisms, steering devices, and ground drill bits to enhance safety during activities . Furthermore, a portable environment quality monitor with sensors and processors can track particle counts and sizes in the air, allowing users to monitor and track environmental conditions for safety .

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Papers (5)Insight
Yes, a portable device with a light scattering aerosol spectrometer (LSAS) can monitor environmental conditions, aiding in safety during outdoor training by tracking particle counts and sizes in the air.
The paper does not address the use of IoT for monitoring environmental conditions in outdoor training environments.
Yes, the system in the paper can monitor environmental conditions for safety by associating location tags with specific areas, collecting data, processing it, and reporting in a specified format.
Yes, the Large Optical/infrared Telescope (LOT) utilizes instruments like weather stations and sky background meters for environmental monitoring, ensuring safety in outdoor training environments.
Patent
Liu Guanghong, Li Qiyong, Wu Wenhui 
16 Jul 2019
2 Citations
Yes, the environment monitoring device in the paper can detect various parameters, provide real-time video monitoring, and enhance safety in outdoor training environments by monitoring noise, dust, air speed, and meteorological conditions.

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