SmartPark

Project for the Internet of Things course of the MSc's degree in Computer Engineering at University of Pisa.

The project is about a smart park, exploiting presence sensors to count the number of occupied/free park slots, smart traffic lights to visually understand if the park is full, and flame detectors to react as fast as possible to a possible fire detected in the park.

Project structure

• br contains the source code of the border router
• coap-sensors contains the source code of smart park lots and smart traffic lights
• mqtt-sensor contains the source code of the flame detectors
• smartPark-collector cotains the source code of the Java collector
• simulations contains the files related to the tests presented in the report, chapter 3

Installation and execution

In order to execute the test 1 described in the report, the following steps are needed:

• Download the entire folder and put it in the contiki-ng/examples folder.
• Inside the smartPark-collector folder compile the collector with the following command:

  mvn clean install

• Run the MQTT Broker
• Import the MySQL database contained in smartParkDB.sql
• Open cooja and import the simulation simulations/test1_simulated
• In Cooja, configure the border router to use tunslip6:

  Tools > Serial Socket (SERVER) > Contiki 1
  Start

  Inside the br folder execute:

  make TARGET=cooja connect-router-cooja

• Inside the smartPark-collector folder, start the collector with the following command:

  java -jar target/smartPark-collector-0.0.1-SNAPSHOT.jar

• Start the simulation on Cooja