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 [2017/06/30 22:22]
francois
start [2019/04/08 13:24] (current)
francois [neOCampus | foreword]
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-<WRAP leftalign round info 60%>//​**__<​wrap em>[Jan.17News</​wrap>​__**//​ +<WRAP leftalign round info 60%>//​**__<​wrap em>[nov.18myGates project & internship</​wrap>​__**//​ 
-  ​* ​new [[https://​demo:​demo@neocampus.univ-tlse3.fr/​domoticz/#/​dashboard|LIVE DEMO sensors]] page added! ​:-) (thanks <wrap em>​Domoticz</​wrap>​!).\\ +new [[projects:mygates|myGates project]] has been added!\\
-  * (//in case you need authentication -->// ''​demo''​ / ''​demo''​ ) +
 </​WRAP>​ </​WRAP>​
  
 +<WRAP leftalign round info 60%>//​**__<​wrap em>​[apr.18] neOSensor deployment at BU sciences :​)</​wrap>​__**//​
 +  * several [[projects:​neosensor|neOsensors]] modules have been deployed (thanks to Laplace lab., and [[http://​www.fsi.univ-tlse3.fr/​le-service-commun-d-electronique--569181.kjsp|SCEL]]),​
 +  * http://​blogscd.ups-tlse.fr/​sciences/​les-prototypes-de-neocampus-arrivent-a-la-bu-sciences
 +  * check [[https://​visu:​visu@affluencesocampus.univ-tlse3.fr/#/​dashboard|BU LIVE DEMO sensors]] page.\\
 +</​WRAP>​
  
-<WRAP leftalign round info 60%>//​**__<​wrap em>Official web site</​wrap>​__**//​ +<WRAP leftalign round info 60%>//​**__<​wrap em>Live demo :)</​wrap>​__**//​ 
-We're neOCampus'​ <wrap em>​wiki</​wrap>​ while [[http://www.irit.fr/neocampus|neOCampus official]] is the main site.\\+  * new [[https://demo:​demo@neocampus.univ-tlse3.fr/domoticz/#/​dashboard|LIVE DEMO sensors]] page added! :-) (thanks <wrap em>​Domoticz</​wrap>​!).\\ 
 +  * (//in case you need authentication -->// ''​demo''​ / ''​demo''​ ) 
 </​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>​[May. ​16New infrastructure deployed</​wrap>​__**//​ +<WRAP leftalign round info 60%>//​**__<​wrap em>[May.18neOCampus IoT communications referral</​wrap>​__**//​ 
-Migration ​to a <wrap em>new infrastructure<​/wrap> featuring <wrap em>MQTT + nodered</​wrap>​ is achieved.\\+... or {{:​sensocampus_end-devices_api.pdf|How ​to add sensor/actuator}} to neOCampus IoT chain.\\
 </​WRAP>​ </​WRAP>​
 \\ \\
  
-<wrap em>[2016, May  17th]</​wrap>​ {{:​neocampus-iot-architecture_may16.pdf|IoT architecture}} slides,+<WRAP leftalign round info 60%>//​**__<wrap em>[Oct.17New 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}}
  
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   * <wrap em>​Split-Focus</​wrap>​ est dédié aux environnements multi-surfaces,​ qui combinent par exemple multiples écrans, projection murale ​ et dispositifs mobiles, et permet de visualiser de multiples données simultanément. Cette technique permet par exemple de visualiser plusieurs régions du campus de l’Université sur l’écran d’une tablette et de déplacer les vues de façon simple et rapide.   * <wrap em>​Split-Focus</​wrap>​ est dédié aux environnements multi-surfaces,​ qui combinent par exemple multiples écrans, projection murale ​ et dispositifs mobiles, et permet de visualiser de multiples données simultanément. Cette technique permet par exemple de visualiser plusieurs régions du campus de l’Université sur l’écran d’une tablette et de déplacer les vues de façon simple et rapide.
 {{ :​video:​demo_split-focus.mp4 |800x600|The split-focus demo.}} {{ :​video:​demo_split-focus.mp4 |800x600|The split-focus demo.}}
 +\\
 +  * <wrap em>​neOTraffic</​wrap>,​ Attendance measurement system.
 +{{ :​video:​neotraffic-2017_demo.mp4 |800x600|The neOTraffic demo.}}
 +\\
 +  * <wrap em>Multi purpose versatile sensor</​wrap>​ is able to monitor noise-level in a room along with others ambiant parameters like temperature,​ luminosity and so on.
 +{{ :​video:​demo_sound_sensor.mp4 |800x600|The Multi purpose sensor demo.}}
 \\ \\