Revision as of 03:31, 26 November 2016

OSGeo's Open Monitoring System WG hackathon

This event will be held in Italy, in San Michele all'Adige at Fondazione Edmund Mach OSM. The event is a workshop to learn how to create a open climatic monitoring system. The dates are 6th and 7th December 2016.

Program

Day 1

09:00 Introduction, Open Software and Open Hardware (Talk)
10:00 introduction to OGC Sensor Observation Service with istSOS (Talk)
10:30 coffee break
11:00 Arduino hands on: blink and temperature, temperature and humidity, other sensors like CO2 (Hands on)

   //BLINK EXAMPLE, switch on and off the Arduino board LED
   void setup() { 
     pinMode(LED_BUILTIN, OUTPUT); // Will connect to the board LED
   }
   void loop() {
     digitalWrite(LED_BUILTIN, HIGH);   // turn the LED on (HIGH is the voltage level)
     delay(3000);                       // wait for 3 seconds
     digitalWrite(LED_BUILTIN, LOW);    // turn the LED off by making the voltage LOW
     delay(2000);                       // wait for 2 seconds
   }

12:30 Lunch
13.30 Arduino IDE: troubleshooting, compiling (Talk+hands-on)
14:00 Introduction to weather station (Talk)
14:30 Discover weather station components (Hands on)
15:00 coffee break
15:30 Building weather station (Hands on)
17:30 end

Day 2

09:00 Soldering workshop (Hands on)
10:00 Prototyping your own sensor system and introduce arduino enslaved to raspberrypi (Talk)
10:30 coffee break
11:00 Prototyping your own sensor system and introduce arduino enslaved to raspberrypi (Hands on)

   import serial,sys
   ser = serial.Serial("/dev/USB0", 9600)
   while 1:
       sys.stdout.write(ser.readline())
       sys.stdout.flush()

12:30 Introduction about communication: GSM, Wifi, RF, USB (Talk)
13:00 Lunch
14:00 Connecting to istSOS for data management, analysis and distribution
15:30 coffee break
16:00 Connecting to istSOS for data management, analysis and distribution (cont.)
17:00 end

Components to bring

To follow completely the hackathon everyone need to come with the following components

Required

Material:

arduino nano v3 with soldered pins
weather components:

EITHER:

- Arduino Uno R3
- SparkFun Weather Shield DEV-12081
- Arduino Stackable Header Kit - R3PRT-11417
- GPS Receiver - GP-735 (56 Channel) GPS-13670
- JST SH Jumper 6 Wire - 1.75" GPS-00574
- RJ11 6-Pin Connector PRT-00132

OR:

- OurWeather station complete kit

leds
some sensors (DS18B20 or DHT22 or gas)
some jumper wires/cable

Suggested

raspberry pi with raspbian OS
arduino nano v3 non soldered with separated headers
arduino shield for communication (GSM, Wifi, RF)
arduino data logger shield OpenLog (Banggood)
Weather Meters SEN-08942 (this come with OurWeather)
solder iron
soldering led

Participants

The maximum number of participant is 20 people.

Number	Name	Arrival date	Departure date	Affiliation
1	Luca Delucchi	-	-	Fondazione E. Mach
2	Robero Zorer	-	-	Fondazione E. Mach
3	Massimiliano Cannata	-	-	SUPSI
4	Daniele Strigaro	-	-	SUPSI
5	Milan Antonovic	-	-	SUPSI
6	Mirko Cardoso	-	-	SUPSI
7	Yann Chemin	4th or 5th	8th	Freelance
8	Ilaria Ferrando	-	-	UNIGE
9	Ivan Piffer	-	-	Fondazione E. Mach
10	Francesca Cagnacci	-	-	Fondazione E. Mach
11	Federico Ossi	-	-	Fondazione E. Mach
12	Martina Costi	-	-	Università di Trento
13	Clara Tattoni	-	-	FEM/Unitn
14	Nikos Alexandris	-	-	Freelancer
15	Antonio Galea	-	-	Freelancer
16	Alessandro Stefani	-	-
17	Paolo Lenti	-	-	Fondazione E. Mach
18	Sébastien Wenger	-	-	-
	ADD	YOUR	SELF

Difference between revisions of "Building fully open climatic monitoring system"

Revision as of 03:31, 26 November 2016

Contents