Measuring the inertial forces in two of the most savage roller coasters of the world with wireless sensors

PortAventura is one of the most exciting theme parks of the world, including two of the most impressive roller coasters you can find in Europe. Libelium wanted to use this hard scenario in order to test the accelerometer included in our sensor platform Waspmote, as one of the important applications which our clients perform is related to the location and motion sensing of mobile vehicles such as cars, trains and even airplanes. In this case we wanted to measure the inertial force a person suffers when riding a roller coaster. Read more.


50 Sensor applications for a Smarter World. Get Inspired!

More than 50 billion devices will be connected to the Internet by 2020, but this new connectivity revolution has already started. Libelium publishes  a compilation of 50 cutting edge Internet of Things applications grouped by vertical markets. Read More.


Smart City project in Salamanca to monitor Air Quality and Urban Traffic with Waspmote

RESCATAME project, which has been developed by several companies including CARTIF, has been deployed in the city of Salamanca. 35 Waspmotes have been installed to monitor air quality (CO, NO2, O3, Temperature, Humidity, Particle) and noise. Its main goal is to achieve sustainable management of the traffic in the City of Salamanca by using two key-elements: a pervasive air-quality sensors network as well as prediction models. Read more.


Outdoor and Indoor Location of Sensor Devices using GSM Cells and GPS

There are two main ways of performing outdoor location when tracking sensor devices in a large area such as a city. The most extended is using a GPS module to get the information sent by the satellites on the 1575MHz band and extract all the information possible (latitude, longitude, speed, direction). However, this methodology is not effective when requiring mobile scenarios where the nodes can change from a clear environment to an indoor one, such as going inside buildings, garages and tunnels. For this cases we use the information provided by the Mobile Phone Cells (Cell ID, RSSI, TA) which is captured by the GPRS module. Read the complete article.


Sending SMS alarms with SquidBee

When monitoring risk situations it is important to be able to generate alarms in real time and in the same place where the parameter is detected. For this scenarios the ideal solution is to send a SMS directly to the secutity forces such as fireman brigade or policy. This article shows how to use the GPRS/GSM communication module for SquidBee and configure it to send SMS's in the same time it happens.


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Research
  • Enclosure
  • Energy Management
  • GPS Mesh Networks
  • Hardware Node
  • Manager Platform
  • Mesh Routing Protocols
  • Securing the Mesh
  • Sensor Integration
  • System and Communications
  • System and Manager Platform
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