neOCampus

IoT innovations at campus-level | Université Paul Sabatier Toulouse 3

neOCampus

IoT innovations at campus-level | Université Paul Sabatier Toulouse 3

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start [2020/03/20 11:46]
francois
start [2020/04/04 21:49]
francois
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 +<WRAP leftalign round info 60%>//​**__<​wrap em>​[Apr.20] neOCampus IoT comms. reference</​wrap>​__**//​
 +Describes {{:​sensocampus_end-devices_api.pdf|neOCampus MQTT rules}} for data exchange between infrastructure and end-devices.\\
 +</​WRAP>​
 +
 <WRAP leftalign round info 60%>//​**__<​wrap em>Live demo :​)</​wrap>​__**//​ <WRAP leftalign round info 60%>//​**__<​wrap em>Live demo :​)</​wrap>​__**//​
   * new [[https://​demo:​demo@neocampus.univ-tlse3.fr/​domoticz/#/​dashboard|LIVE DEMO sensors]] page added! :-) (thanks <wrap em>​Domoticz</​wrap>​!).\\   * new [[https://​demo:​demo@neocampus.univ-tlse3.fr/​domoticz/#/​dashboard|LIVE DEMO sensors]] page added! :-) (thanks <wrap em>​Domoticz</​wrap>​!).\\
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 </​WRAP>​ </​WRAP>​
  
-<WRAP leftalign round info 60%>//​**__<​wrap em>[Mar.20] neOCampus ​IoT communications referral</​wrap>​__**//​ +<WRAP leftalign round info 60%>//​**__<​wrap em>[2020] neOCampus ​infrastructure</​wrap>​__**//​ 
-... or {{:sensocampus_end-devices_api.pdf|How to add a sensor/​actuator}} to neOCampus IoT chain.\\+Updated ​{{ :neocampus_q2-20.pdf |neOCampus infrastructure overview}} along with several use cases slides.\\
 </​WRAP>​ </​WRAP>​
  
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 To achieve this goal, we'll rely on a large number of sensors and actuators spreaded over our campus and that get connected together through our cloud platform named [[http://​cloudmip.univ-tlse3.fr|CloudMIP]]. Most of our sensors are home-made ones built from either <wrap em>​Raspberry Pi</​wrap>​ or <wrap em>​esp8266</​wrap>​ and fitted with various sensors or actuators driving capabilities.\\ To achieve this goal, we'll rely on a large number of sensors and actuators spreaded over our campus and that get connected together through our cloud platform named [[http://​cloudmip.univ-tlse3.fr|CloudMIP]]. Most of our sensors are home-made ones built from either <wrap em>​Raspberry Pi</​wrap>​ or <wrap em>​esp8266</​wrap>​ and fitted with various sensors or actuators driving capabilities.\\
  
-<WRAP leftalign round info 60%>//​**__<​wrap em>​[Oct.17] New infrastructure deployed</​wrap>​__**//​ 
-Migration to a <wrap em>new infrastructure</​wrap>​ featuring <wrap em>​dockerized MQTT + nodered</​wrap>​ is achieved.\\ 
-Updated {{:​neocampus-iot-architecture_sep17.pdf|IoT architecture}} slides.\\ 
-</​WRAP>​ 
-\\ 
 {{:​u4:​neocampus-fablab_network.png?​direct&​500|neOCampus CampusFab}} {{:​u4:​neocampus-fablab_network.png?​direct&​500|neOCampus CampusFab}}