The SEA-HAZEMON@TEIN project has been awarded in the 3rd call of Asi@Connect program. The project aims to deploy low-cost air quality sensors in member countries in Southeast Asia with real-time analysis to provide timely warning to affected areas directly
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Net2Home is one of the most successful Community Network (CN) projects in Thailand, bringing significant impact and improvement to people’s lives in rural areas of Thailand since 2013. It remains an experimental project aiming to provide Internet connectivity to rural homes with affordable rates and acceptable quality as opposed to telecenter approach in the early days.
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The Low-cost Real-time Monitoring of Haze Air Quality asdDisasters in Rural Communities in Thailand and Southeast Asia (SEA-HAZEMON) is sponsored by a grant from the French Ministry of Foreign Affairs and International Development. More info…
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The Internet Education and Research Laboratory (intERLab) envisions R&D efforts towards Vehicular Cloud Services (VCS) to answer the challenges in future vehicles that are connected via Vehicle-to-Any (V2X) communications. V2X connected vehicular applications have the potential to utilize data store, exchange or transfer services among the vehicles. These data may include traffic information, news, and commercial medias. Vehicular cloud services are made of distributed computing and networking resources among the participating vehicles.
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In 2014, ICTP AIT NSRC Wireless Sensor Networks Workshop [https://nsrc.org/workshops/2014/ictp-ait-nsrc-wsn/wiki] is hosted in AIT. Several wireless sensors are built and deployed around AIT campus by workshop participants. These sensors are Air quality sensors, Agiriculture sensors and Water quality sensors. They collect and upload the readings to a Thingspeak server hosted in the campus.
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A rural community wireless mesh network in Mae-Sot, Tak, Thailand initiated in 2013.
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Enabling cost-effective Internet of Vehicle through V2V and V2X connectivity in the form of Software-as-a-Service (SaaS) for emerging economies.
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All three robots, after forming a MANET, are being deployed from the same starting point. The operator inputs two target coordinates of the end points to each of them. The swarm automatically self navigates to their designated destinations while keeping the MANET among them intact the whole time. The robot with the longest distance to cover (IP address 10.0.0.3) takes off first. The increasing ETX then triggers the rest to follow suit one by one until they all reached their…
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