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Citizen, Teaching, Industry, Cities for Future Mobility

4I4U

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Introducción 15/2/2022 - 30/6/2022
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Cambios en "Urban Mobility & Pollution Citizen Maps. What is MAPPO?"

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Descripción (English)

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    Introduction to young mobility  patterns in Barcelona, air quality exposure and carbon footprint

    In this seminar a preliminary solution implemented by UPC students from one side to measure pollution using Cloud-based IoT-enabled AQI sensors embarked in e-micromobility vehicles and from the other side to visualize young population mobility patterns in Barcelona. A dashboard will show very granular pollution maps and carbon footprint estimates depending on the localisation and transportation mode. Incentives for the participation of young citizens (ages from 15 to 23 years from high-schools and University) to design and use the final solution, following citizen science principles, will also be part of this project.

    Th final app will complement routing alternatives considering navigators such as Google maps, or Waze that give information of minimum times given different transportation modes or Lobelia that gives information of estimated levels of NO2 and PM10

    The attendees will be able to understand a preliminary solutions provided by Telecom School UPC students. The attendees will be able to know the participation of High Schools and UPC students. The attendees might be able to test the first prototype. The attendees will be able to suggest possible improvement

    This event is jointly organized by CARNET and UPC


  • +

    Introduction to young mobility patterns in Barcelona, air quality exposure and carbon footprint

    In this seminar a preliminary solution implemented by UPC students from one side to measure pollution using Cloud-based IoT-enabled AQI sensors embarked in e-micromobility vehicles and from the other side to visualize young population mobility patterns in Barcelona. A dashboard will show very granular pollution maps and carbon footprint estimates depending on the localisation and transportation mode. Incentives for the participation of young citizens (ages from 15 to 23 years from high-schools and University) to design and use the final solution, following citizen science principles, will also be part of this project.

    Th final app will complement routing alternatives considering navigators such as Google maps, or Waze that give information of minimum times given different transportation modes or Lobelia that gives information of estimated levels of NO2 and PM10

    The attendees will be able to understand a preliminary solutions provided by Telecom School UPC students. The attendees will be able to know the participation of High Schools and UPC students. The attendees might be able to test the first prototype. The attendees will be able to suggest possible improvement

    This event is jointly organized by CARNET and UPC

  • -<p>Introduction to&nbsp;young mobility &nbsp;patterns in Barcelona, air quality exposure and carbon footprint</p><p>In this seminar a preliminary solution implemented by UPC students from one side to measure pollution&nbsp;using Cloud-based IoT-enabled AQI sensors embarked in e-micromobility vehicles and from the other side to visualize young population mobility patterns in Barcelona. A dashboard will show very granular pollution maps&nbsp;and&nbsp;carbon footprint estimates depending on the localisation and transportation mode. Incentives for the participation of young citizens (ages from 15 to 23 years from high-schools and University) to design and use the final solution, following citizen science principles, will also be part of this project.</p><p>Th final app will complement routing alternatives considering navigators such as Google maps, or Waze that give information of minimum times given different transportation modes or Lobelia that gives information of estimated levels of NO2 and PM10 </p><p>The attendees will be able to understand a preliminary solutions provided by Telecom School UPC students. The attendees will be able to know the participation of High Schools and UPC students. The attendees might be able to test the first prototype. The attendees will be able to suggest possible improvement</p><p>This event is jointly organized by CARNET and UPC</p><p><br></p>
  • +<p>Introduction to&nbsp;young mobility&nbsp;patterns in Barcelona, air quality exposure and carbon footprint</p><p>In this seminar a preliminary solution implemented by UPC students from one side to measure pollution&nbsp;using Cloud-based IoT-enabled AQI sensors embarked in e-micromobility vehicles and from the other side to visualize young population mobility patterns in Barcelona. A dashboard will show very granular pollution maps&nbsp;and&nbsp;carbon footprint estimates depending on the localisation and transportation mode. Incentives for the participation of young citizens (ages from 15 to 23 years from high-schools and University) to design and use the final solution, following citizen science principles, will also be part of this project.</p><p>Th final app will complement routing alternatives considering navigators such as Google maps, or Waze that give information of minimum times given different transportation modes or Lobelia that gives information of estimated levels of NO2 and PM10</p><p>The attendees will be able to understand a preliminary solutions provided by Telecom School UPC students. The attendees will be able to know the participation of High Schools and UPC students. The attendees might be able to test the first prototype. The attendees will be able to suggest possible improvement</p><p>This event is jointly organized by CARNET and UPC</p>
Supresiones
  • -

    Introduction to young mobility  patterns in Barcelona, air quality exposure and carbon footprint

    In this seminar a preliminary solution implemented by UPC students from one side to measure pollution using Cloud-based IoT-enabled AQI sensors embarked in e-micromobility vehicles and from the other side to visualize young population mobility patterns in Barcelona. A dashboard will show very granular pollution maps and carbon footprint estimates depending on the localisation and transportation mode. Incentives for the participation of young citizens (ages from 15 to 23 years from high-schools and University) to design and use the final solution, following citizen science principles, will also be part of this project.

    Th final app will complement routing alternatives considering navigators such as Google maps, or Waze that give information of minimum times given different transportation modes or Lobelia that gives information of estimated levels of NO2 and PM10

    The attendees will be able to understand a preliminary solutions provided by Telecom School UPC students. The attendees will be able to know the participation of High Schools and UPC students. The attendees might be able to test the first prototype. The attendees will be able to suggest possible improvement

    This event is jointly organized by CARNET and UPC


Adiciones
  • +

    Introduction to young mobility patterns in Barcelona, air quality exposure and carbon footprint

    In this seminar a preliminary solution implemented by UPC students from one side to measure pollution using Cloud-based IoT-enabled AQI sensors embarked in e-micromobility vehicles and from the other side to visualize young population mobility patterns in Barcelona. A dashboard will show very granular pollution maps and carbon footprint estimates depending on the localisation and transportation mode. Incentives for the participation of young citizens (ages from 15 to 23 years from high-schools and University) to design and use the final solution, following citizen science principles, will also be part of this project.

    Th final app will complement routing alternatives considering navigators such as Google maps, or Waze that give information of minimum times given different transportation modes or Lobelia that gives information of estimated levels of NO2 and PM10

    The attendees will be able to understand a preliminary solutions provided by Telecom School UPC students. The attendees will be able to know the participation of High Schools and UPC students. The attendees might be able to test the first prototype. The attendees will be able to suggest possible improvement

    This event is jointly organized by CARNET and UPC

Supresiones
  • -<p>Introduction to&nbsp;young mobility &nbsp;patterns in Barcelona, air quality exposure and carbon footprint</p><p>In this seminar a preliminary solution implemented by UPC students from one side to measure pollution&nbsp;using Cloud-based IoT-enabled AQI sensors embarked in e-micromobility vehicles and from the other side to visualize young population mobility patterns in Barcelona. A dashboard will show very granular pollution maps&nbsp;and&nbsp;carbon footprint estimates depending on the localisation and transportation mode. Incentives for the participation of young citizens (ages from 15 to 23 years from high-schools and University) to design and use the final solution, following citizen science principles, will also be part of this project.</p><p>Th final app will complement routing alternatives considering navigators such as Google maps, or Waze that give information of minimum times given different transportation modes or Lobelia that gives information of estimated levels of NO2 and PM10 </p><p>The attendees will be able to understand a preliminary solutions provided by Telecom School UPC students. The attendees will be able to know the participation of High Schools and UPC students. The attendees might be able to test the first prototype. The attendees will be able to suggest possible improvement</p><p>This event is jointly organized by CARNET and UPC</p><p><br></p>
Adiciones
  • +<p>Introduction to&nbsp;young mobility&nbsp;patterns in Barcelona, air quality exposure and carbon footprint</p><p>In this seminar a preliminary solution implemented by UPC students from one side to measure pollution&nbsp;using Cloud-based IoT-enabled AQI sensors embarked in e-micromobility vehicles and from the other side to visualize young population mobility patterns in Barcelona. A dashboard will show very granular pollution maps&nbsp;and&nbsp;carbon footprint estimates depending on the localisation and transportation mode. Incentives for the participation of young citizens (ages from 15 to 23 years from high-schools and University) to design and use the final solution, following citizen science principles, will also be part of this project.</p><p>Th final app will complement routing alternatives considering navigators such as Google maps, or Waze that give information of minimum times given different transportation modes or Lobelia that gives information of estimated levels of NO2 and PM10</p><p>The attendees will be able to understand a preliminary solutions provided by Telecom School UPC students. The attendees will be able to know the participation of High Schools and UPC students. The attendees might be able to test the first prototype. The attendees will be able to suggest possible improvement</p><p>This event is jointly organized by CARNET and UPC</p>
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Avatar: Elisa Sayrol Elisa Sayrol
Versión creada el 18/03/2022 17:18