1. JORGE JUAN RODRÍGUEZ PEDRO GARIBI DESCRIPTION OF THE IMPLEMENTATION OF WP6 TO 9 IN DELIVERABLE D9.1

2. DELIVERABLE 9.1 D9.1: The eVACUATE Integrated System release 1 Prototype & Demonstrator – not textual Public This deliverable describes the initial deployment of eVACUATE integrated system that will be performed in within the frames of Tasks T.9.1 and T.9.2 Scheduled for month 18 = September 2014

3. DELIVERABLE 9.1 What is done: An implementation of the overall architecture of eVACUATE, integrating the technical WP’s in an example scenario including: Hardware Local software Cloud-based software Etc. What is delivered: Textual explanations – a description of the deployment Videos, screenshots and multimedia – supporting the description Requested items

4. THE SCENARIO – DESCRIPTION INPUT: Light sensor constantly gives data on light conditions in a room Unit: Lux Two buttons represent entrance and exit door Unit: People in the room PROCESS: Data is sent to interoperability framework SOFIA’s cloud-based SIB Data is stored, processed also, sent to the COP CEP (rule engine) processes business rules IF light 10 THEN generate event “start evacuation” (continues in next slide)

5. THE SCENARIO – DESCRIPTION OUTPUT: Fan – represents emergency measures (extra air, etc); on or off Led – represents exit lights; on or off If event “start evacuation”, both go on different meaning for each OTHER: Output devices do not switch off when conditions return to normal. because that is not the rule Output devices can be switched off from SOFIA’s SIB or from the COP COP is updated with input from the devices WP4, WP5 contributions to D9.1 are not covered in this document

6. THE SCENARIO INPUT DEVICE LIGHT SENSOR BUTTON -1 PERSON BUTTON +1 PERSON OUTPUT DEVICE FANLEDSOFIA INTERFACE

7. INPUT DEVICE HARDWARE: RASPBERRY PI INTERNET CONNECTIVITY HARDWARE INPUT DEVICES ARE WP6 IMPLEMENTATION SOFTWARE IN RPi IMPLEMENTS AGENT AS DESIGNED IN WP7

8. OUTPUT DEVICE WP7 AGENT ALSO AS SOFTWARE IN RPi WP6 IMPLEMENTED IN HARDWARE OUTPUT DEVICES EXTRA BATTERY

9. SIB ENVIRONMENT CLOUD-BASED SIB SMART SPACE SOFIA’S SIB (inc. rule engine) SOFIA ADMINISTRATOR COP (WP5) WP5 – VENUE MODELLING WP4 – OPTIMUM ROUTE PREDICT WP3 - CROWD BEHAVIOR DETECT

10. SCENARIO DEMO – WP6, 7, 8, 9 STEPS: Fan & LED are off 11 people enter the room – click buttons Light goes below 150 – cover sensor Both at once activate the rule Fan & LED automatically switch on SOFIA-based rule, with agent implementation for device COP automatically detects rule COP-based rule ALSO: Constant monitoring from SOFIA Constant monitoring from COP

11. ATTACHED VIDEOS Videos have been uploaded to the same folder as this file. Those videos are a recording of the demonstrator The following slides will describe the videos.

12. ATTACHED VIDEOS - DESCRIPTIONS VIDEODESCRIPTION mov253: Controlling SOFIA from a smartphone - connection to the SIB as a SOFIA administrator mov254: Light sensor feeds data on lux. Cover sensor and reading is lower (and fan switches on). mov255: Fan and LED are switched on. mov256: Button to add 1 person, button to subtract 1 person, readings reflect it. mov259: A complete demonstration of the described scenario.

13. THANK YOU! Please check the other files also in this same directory (link below) to see more aspects of the D9.1 demonstrator https://exodusgr.sharepoint.com/eVACUATE/Shared%20Documents/ Forms/AllItems.aspx?RootFolder=%2FeVACUATE%2FShared%20Doc uments%2FProject%20Officer%27s%20Folder&FolderCTID=0x0120 0028E3FD1578DCDE428A294756DEA23328&View=%7B2F821A6E- 431A-4544-AC0F-6327207848FC%7D