![\"Raspberry](\"https:\/\/i0.wp.com\/chousing.info\/wordpress\/wp-content\/uploads\/2014\/05\/RaspberryPi.jpg\")
<\/a>Raspberry Pi type B computer board with case, after initial set up.<\/p><\/div>\n
The computer in question is a Raspberry-Pi<\/a>\u00a0(RPI). It\u00a0was originally conceived for educational purposes an has an open architecture that allows for the addition of modules with\u00a0different functions. As an educational project, the Raspberry Pi has a wide following worldwide and \u00a0there are already many applications\u00a0developed by students, hobbyist and the like.<\/p>\n For us, one very interesting add-on module (and the reason we chose to try the RPI) is the AirPi <\/a>weather station. This small card sits on top of the RPI computer and through its sensors logs\u00a0data on temperature, humidity, co2 and gas<\/a>. All the collected\u00a0data then can be automatically uploaded to the web and other applications.<\/p>\n Attracted by its (apparently) ease of use and implementation, we ordered both an RPI and an AirPi module. The RPI has already been tested few days ago and proved very easy to set up, now we are eagerly waiting the arrival of\u00a0\u00a0the AirPi card\u00a0so we can run tests on some of our completed projects. (Hopefully the results will be good).<\/p>\n Finally, it is good to note that the AirPi was developed by team of students<\/a>\u00a0in the UK, check their video<\/a> explaining the AirPi!<\/p>\n <\/p>\n","protected":false},"excerpt":{"rendered":" All buildings are designed based on a set of assumptions covering\u00a0a myriad different aspects ranging from cultural, social and technical topics. All architects know, that once a building is finished, all those assumptions and decisions taken during the design phase … Continue reading