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EDUSAFE FINAL CONFERENCE June, 2016

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Presentation on theme: "EDUSAFE FINAL CONFERENCE June, 2016"— Presentation transcript:

1 EDUSAFE FINAL CONFERENCE 20-21 June, 2016
WP3: PSS system modularity/integration optimization Fasiul Alam Early Stage Researcher ESR 6

2 Outline Objectives of PSS Modular System Mechanical Design Plan
Sensor Module Processing Module Power Module List of Deliverables Attended Training PhD Project Outreach

3 Main Objectives of Modular System
Designing a whole product based on modules (functions, classes in safety domain) It allows us to work out solutions to common problems independently of projects. Flexible structure, easy to maintain, debug, upgrade and also customize with respect to changing client requirements in safety and supervision purpose. Different aspects of design to be worked on and improved independently of each other. Reuse of independently created components from a general pattern libraries. Efficiency in being able to combine pre-existing components. Computational solutions. Modularity leads to greater usability with less power consumptions.

4 PSS module mechanical design plan
2 pins for +3v3 2 pins for +1v8 2 pins for 5v 8 pins for GND 2 pins for i2c 2 pins for UART 4 pins for SPI 6 pins for GPIO 2 pins for ADC Etc..

5 Module to Module Power Processor Module Sensor Module GROUP MODULE
POSITION Power Supply Module 1 Bottom Processor & Interface Module 2 Middle Sensor Module Module 3 Module 4 Top Power Processor Module Sensor Module

6 Sensor Module: List of Sensor

7 Sensor Module: Electronics Diagram 1

8 Sensor Module: Electronics Diagram 2

9 Programming, integration and configuration of Sensor Module
Project Files File Type Description ADC .c, .h Contains functions to handle the Analog to Digital Converter Application Contains the sensor applications Delay Contains functions that implement time delay for a specified time period heart_beat_drv Driver for the heart beat sensor HygroClip2_tmp_hum Driver for the external temperature/humidity sensor (HygroClip2, rotronic) i2c Contains the functions that initialize and implement the I2C mode of USART init_clocks Contains the functions that initialize the different clock crystals and implement the different clock signals IntHandler Contains the functions that implement the Interrupt Handler Io Contains functions for driving the LEDs and other I/O Main The main program Parameters Initializes global parameters for several devices ProcSched Contains the functions that implement the Procedure Scheduler Protocol Contains functions that implement the Modbus protocol RegisterList Contains functions that implement the Registers List Sht_Drv Driver the SHT1x/SHT7x Humidity and Temperature Sensor timerA Contains the functions that initialize and implement the different count and operation modes of Timer A timerB Contains the functions that initialize and implement the different count and operation modes of Timer B Usart Contains the functions that initialize and implement the UART mode and SPI mode of USART

10 Sensor Module 8 SENSORS MSP430 microcontroller.
Some HW features of sensor module 8 SENSORS MSP430 microcontroller. PCB works compiled in Altium design development tool. Very compact in size, 60x51mm. Electronic miniaturization Modular concept. Power: +5volt with approximate 0.5 watts. USB power. Sensor module with enclosure

11 Acquired Sensing Results

12 Processing Module Schematic (Part)

13 Processing Module HDMI, USB, SPI, I2C, camera, audio, volume up/down buttons, on/off switch interfaces etc.

14 Power Module

15 Name of the delivery and milestone
Deliverable Reports Del & Mile no. Name of the delivery and milestone Project Month D3.1 Control and DAQ system HW and SW architecture design report, PSS module HW and SW architecture design report M16 D3.3 PSS module, CS, DAQ first prototype developed, performance test and system documentation M32 D3.4 PSS module, CS, DAQ 2nd prototype developed, performance test and system documentation M40 D3.5 PSS system module, CS, DAQ HW+ SW final doc. incl. final tests results and recommendations, and M42 D6.1 Integrated VR/AR system prototype.

16 Use Case Sensor Processor Module AR Power Processor Module Supervision

17 PhD Project

18 Epiphany Core 0,0 1,0 2,0 3,0 0,1 1,1 2,1 3,1 0,2 1,2 2,2 3,2 0,3 1,3 2,3 3,3

19 Hardware Setup Parallela Hardware Zigbee to USB interface Prisma wireless Smart Sensor Node

20 Attended Training

21 Outreach Hellenic Forum, Athens, Greece IEEE Sarnoff, NJIT, USA
PCI 2014, Athens, Greece

22 Scientific Papers

23 It was a great journey since the kickoff on 5th of June 2013 at Tuscana, Italy.

24 Thank you all.


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