Differences

This shows you the differences between two versions of the page.

--- wiki:research [2019/05/14 07:41]
João Valente
+++ wiki:research [2019/05/18 09:31]
João Valente
@@ Line 26: / Line 26: @@
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-^           Robotics for environmental monitoring                                              ^^
+|< 55em 20% >|
-| {{youtube>jt30LrVDw2g?200x150}} | Unmanned Surface Vehicle (USV) to sample aquatic ecosystems and support remote sensing practices with UAVs in fluvial environments. |
+^           Agro-food robotics                                              ^^
-| {{youtube>jt30LrVD2g?200x150}} | Small Unmanned Aerial Vehicles (UAV) and electrochemical gas sensor technology for air pollutants control |
+| {{:screenshot_from_2018-10-03_18-17-05.png?nolink&200|}}   | How to estimate the fruit orchards blossoms using UAV technology?   |
-| {{youtube>jt30LrVD2g?200x150}} | Airborne thermography via small Unmanned Aerial Vehicles (UAV) and low-cost IR sensors|
+| {{:img_1930.jpg?nolink&200|}}   | How to infer fruit maturity in sito using UAVs and electrochemical sensors?  |
+| {{:k1024_dsc00756_rumex.jpg?nolink&200|}}   | How to detect weed patches in grasslands fields at low altitudes?   |
+| {{:features2.png?nolink&200|}}   | How to design a UAV-based high throughput plant phenotyping?        |
+| {{youtube>UmlsguabdhQ?200x150}} | How to setup a UAV swarm for aerial surveying a large crop field?   |
+| {{youtube>mFmaCfdtvck?200x150}} | How to programming and customise an aerial surveying mission?       |
+|< 55em 20% >|
+^           Robotics for ecology management                                              ^^
+| {{youtube>jt30LrVDw2g?200x150}} | How to build an Unmanned Surface Vehicle (USV) to support remote sensing practices with UAVs in fluvial ecosystems? |
+| {{youtube>jt30LrVD2g?200x150}} | How Small UAV and electrochemical gas sensor technology can be used for air pollutants control? |
+| {{:cimg8798.jpg?nolink&200|}} | How to build a low-cost airborne thermography system via small UAV and low-cost IR sensors? |
-^           Agro-food robotics                                              ^^
-| {{youtube>UmlsguabdhQ?200x150}} |   <wrap lo>[[namespace:ARS|Aerial remote sensing]]</wrap>         |
-| {{youtube>mFmaCfdtvck?200x150}} |   <wrap lo>[[namespace:AMP|Aerial mission planning]]</wrap>       |
+|< 55em 20% >|
+^           Education            ^^
+|  {{:alumnos.jpg?nolink&150|}}  | Has UAV education demand in universities been met?  |
@@ Line 43: / Line 54: @@
 |  <wrap lo>[[namespace:uav-ugv|UAV-UGV collaborative approaches]]</wrap>            |          <wrap lo>[[namespace:mrac|Multi-robot area coverage]]</wrap>            |  <wrap lo>[[namespace:hovering|Autonomous indoor hovering]]</wrap>  |  <wrap lo>[[namespace:vision|Aerial vision-based navigation]]</wrap>  |
+~~UP~~
-^           Education            ^
+==== Talks ====
-|  {{:alumnos.jpg?nolink&150|}}  |
-|    <wrap lo>[[namespace:edurobs|Teaching with quad-rotors]]</wrap>  |
-==== Talks: ====
 ----
+    * Precision farming using UAV’s. TValley Jaarcongres 2019, Saxion University of Applied Sciences, Enschede (Netherlands) ; Jun/2019.
     * Environmental Robotics: Towards a sustanaible planet. Universidad Carlos III de Madrid (EPS), Madrid (Spain); Feb/2017.
@@ Line 57: / Line 66: @@
     * Research experiences and lessons learned with Quad-rotors. City College of New York-City University of New York, Robotics and Intelligent Systems Lab, NYC (USA); Nov/2012.
 ==== Workshop and conference organization ====