DESCRIPTION OF THE IMPLEMENTATION OF WP6 TO 9
IN DELIVERABLE D9.1
JORGE JUAN RODRÍGUEZ
PEDRO GARIBI
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
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
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 < 150 lux & people > 10
• THEN generate event “start evacuation”
• (continues in next slide)
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
THE SCENARIO
SOFIA
INTERFACE
FAN
OUTPUT
DEVICE
LED
BUTTON
-1 PERSON
LIGHT
SENSOR
BUTTON
+1 PERSON
INPUT
DEVICE
INPUT DEVICE
HARDWARE INPUT
DEVICES ARE
WP6 IMPLEMENTATION
SOFTWARE IN RPi
IMPLEMENTS AGENT
AS DESIGNED IN WP7
HARDWARE:
RASPBERRY PI
INTERNET
CONNECTIVITY
OUTPUT DEVICE
WP6 IMPLEMENTED IN
HARDWARE OUTPUT
DEVICES
WP7 AGENT ALSO
AS SOFTWARE
IN RPi
EXTRA
BATTERY
SIB ENVIRONMENT
SOFIA
ADMINISTRATOR
COP
(WP5)
CLOUD-BASED
SIB
SOFIA’S SIB
(inc. rule engine)
WP5 – VENUE
MODELLING
WP4 – OPTIMUM
ROUTE PREDICT
SMART
SPACE
WP3 - CROWD
BEHAVIOR DETECT
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
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.
ATTACHED VIDEOS - DESCRIPTIONS
VIDEO
DESCRIPTION
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.
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=%7B2F821A6E431A-4544-AC0F-6327207848FC%7D