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Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
Seminar on blue eyes
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Seminar on blue eyes

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    • 1. SEMINAR ON BLUE EYES<br />Gitesh Kumar Pandey<br />B.Tech (EC), Final Yr<br /> 0721632018<br />SEMINAR GUIDE:CO-ORDINATOR:<br />Mr. Anuj Kumar Mrs. ArunaPathak<br />
    • 2. CONTENTS<br />• Blue Eyes technology <br />About Blue Eyes<br />System designing<br />System overview<br />DAU<br />CSU<br />Data security<br />Conclusion<br />Reference <br />
    • 3. BLUE EYES TECHNOLOGY<br />The BLUE EYES technology aims at creating computational machines that have perceptual and sensory ability like those of human beings.<br />
    • 4. IMPLEMENTATION AND ENGINEERING CONSIDERATION<br />THREE groups of users are:<br />OPERATOR-a person whose physiological parameters are supervised<br /> - authorization in the system<br /> - receiving alerts<br />SUPERVISOR -a person responsible for analyzing operator’s<br /> condition and performance<br />.<br />SYSTEM ADMINISTRATOR- maintains the system<br /> deliver tools for adding<br /> - new operator’s to the database<br /> - defining alarm conditions<br /> - configuring logging tools<br /> - creating new analyzer modules<br />
    • 5. DESIGNING<br />A personal area network for linking all the operators and the supervising system<br />Two major units <br /><ul><li>DAU (data acquisition unit )
    • 6. CSU (central system unit )</li></li></ul><li>WORKING<br />The major parts of the blue eyes system are DAU & CSU .<br /> The task of the mobile DAU is to maintain bluetooth connections to get information from the sensor and sending it over the wireless connection.<br />To deliver the alarm message sent from the CSU to the operator & handle personalized ID cards.<br /> CSU maintain the other side of the bluetooth connection, buffers incoming sensor data performs online data analysis, records the conclusion for further exploration & provide visualization interface.<br />
    • 7. SYSTEM OVERVIEW<br />Data Acquisition Unit<br />Central System Unit<br />Visualization<br />Module<br />Connection<br />Manager<br />Atmel 89C52<br />microcontroller<br />Bluetooth<br />Bluetooth<br />Data<br />Logger<br />Data Analysis<br />Jazz<br />Multisensor<br />Bluetooth technology provides means for creating a Personal Area Network linking the operators and the central system<br />
    • 8. DAU<br />The DAU consists of the following components<br />ATMEL 8952 microcontroller<br />BLUE TOOTH MODULE – supports synchronous voice data transmission<br />PCM CODEC –used to transmit operator’s voice and central system sound feedback<br />UART –communication between bluetooth module and microcontroller (115200 bps)<br />MAX232 –level shifter<br />ALPHAUNUMERIC LCD display<br />LED indicators<br />ID CARD interface<br />
    • 9. DAU- FEATURES<br />Lightweight<br />Runs on batteries <br />Easy to use <br />ID cards for operator authorization<br />Voice transmission using hardware PCM codec<br />
    • 10. IMPLEMENTATION - DAU<br />Bluetooth module inside<br />Microphone andearphone sockets<br />5-key keyboard<br />Two lines, 8characters LCD<br />Powered from batteries<br />
    • 11. CSU- FEATURES<br />Connection management<br />Data processing<br />Visualization<br />Data recording<br />Access<br />Verification<br />System maintenance<br />
    • 12. CSU COMPONENTS<br />CONNECTION MANAGER – main task to perform low-level blue tooth communication<br />DATA ANALYSIS MODULE – performs the analysis of the raw sensor data in order to obtain information about operator’s physiological condition<br />DATA LOGGER MODULE – provides support for storing the monitored data.<br />VISULAIZATION MODULE – provides user interface for the supervisors <br />
    • 13. IMPLEMENTATION - CSU<br />Standard MDI user interface<br />Custom-builtBluetoothcommunicationroutines<br />Intel USB camera<br />ID card programmer<br />Developed using Visual C++ 6.0 <br />
    • 14. FUTURE IMPROVEMENTS<br />DAU<br />small CMOS camera to monitor the operator’s point of gaze<br />single PCB (SMD technology)<br />low voltage ICs - LiIO batteries power<br />CSU<br />data mining algorithms <br />advanced database encryption using e.g. AES algorithm<br />
    • 15. DATA SECURITY<br />Only registered mobile devicescan connect to the system<br />Bluetooth connection authentication<br />Bluetooth connection encryption<br />Access rights restrictions<br />Personal and physiological data encryption<br />
    • 16. APPLICATIONS<br />Generic control rooms<br /> (System can be applied in every working environment<br /> requiring permanent operator’s attention)<br />Power station<br />Captain bridge<br />Flight control centers<br />Common application<br />A simpler system version for drivers<br />
    • 17. ADVANTAGES<br />Prevention from dangerous incidents<br />Physiological condition monitoring<br />Operators position detection<br />• The reconstruction of the course of operator’s work<br />
    • 18. DISADVANTAGES<br />Doesn’t predict nor interfere with operator’s thoughts<br />Cannot force directly the operator to work<br />
    • 19. CONCLUSION<br />In the near future ,ordinary household devices- such as television , refrigerators, ovens may be able to do their jobs when we look at them and speak to them.<br />Unlimited Future applications of blue eye technology would boom the market.<br />
    • 20. REFERENCES<br />www.scribd.com<br />www.seminar4u.com<br />www.whitepapers.com<br />www.ibmresearchcenter.com<br />
    • 21. THANK YOU<br />
    • 22. QUERIES???<br />

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