This project is based on developing a simple fire detector and a buffer to aggergate the data in real time.
The first part looked at detecting a fire event using the two parameters temperate and light level. These parameters are measured by a sensors nodes(xm1000). A control mechanism was implemented to check the sensors and trigger an event(message) when the temperature exceeded the threshold.
Contiki was used to simulate the sensor nodes and the mote.
In the second part of the project the power source used to run the mote was measured using a buffer. The buffer measures an average which is then used to find the rate of change by using a Gaussian distribution.
