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HP CeNSE: Sensor Networks and the Pulse of the Planet
 

HP CeNSE: Sensor Networks and the Pulse of the Planet

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    HP CeNSE: Sensor Networks and the Pulse of the Planet HP CeNSE: Sensor Networks and the Pulse of the Planet Presentation Transcript

    • Information and Quantum Systems Lab
      Peter Hartwell, R. Stanley Williams
      Contact: twitter.com/HPLABS
      CeNSE :Central Nervous System for the EarthSpring 2010
    • Sensing VisionA voice for the planet
      The polar bear can say its getting warmer
      The rain forest can tell you its being logged
      The ground can tell you where the oil is
      The highway bridge can ask to be maintained
      A network of sensors, connected to the cloud, giving us the heartbeat of the planet.
      A central nervous system for the earth, gathering information and sending it to the “brain” (cloud computing).
    • CeNSE
      Central Nervous System for the Earth
      • Awareness of planet
      • Measurement of impact
      • Taste/Smell/Touch/Sound/Sight
      • Safety
      • Sustainability
      • Security
      ~1 trillion sensor network
      Quantity of data creates quality of data
    • Smart HighwaySame data, many users
      Highway Patrol
      AccidentSend response
      Sensor node every 10m along roadway
      Dept of Transportation
      CloudServices
      Occurs on weekdaysStudy improvement
      Street light outage
      Automaker
      Wireless Carrier
      Sensor
      Traffic Advice
      Data Center
      Weather service
      5pm30 mph (-50%)1000 veh/hr (-60%)Temp, baro, humid
      News outlet
      Climatologist
      Local conditions
      Time, frequency, number
    • Sensing System Creation
      Network
      Action
      Nodes
      Analysis
      INFORMATION
      DATA
      A network of sensors produces data that is turned into information
    • CENTRAL NERVOUS SYSTEM FOR THE EARTH
      Revolutionize human interaction with the earth as profoundly as the internet has revolutionized personal and business interactions
      One trillion nanoscale sensors and actuators will need the equivalent of 1000 internets: the next huge demand for computing!
      Why HP?
      Only company with the technical breadth and depth
      Uniquely positioned core competencies: hardware and IT
      Pull through for computing
      New information services
      Sensing systems:
      $70 B global market by 2013
      Source: Frost & Sullivan
      Value Added Sensing Services:
      $290B global market by 2013
      Source: Harbour Research
    • Moving CeNSE forward
      5 year program at HP Labs
      Sensing: Richter – feel SERS – taste, smell
      Seeking strategic partner with real application
      Distributed sensing need, integration
      Large node count 1e4 -> 1e6
      Work with partner to spec system
      Service creation: develop, deploy, collect, analyze
      Real world trial, real hardware, real data
      Real results
    • First CeNSE Partner, Feb 2010
      http://www.hp.com/go/sensingsolutions
      Exploration survey network
      Up to 1M wireless sensor nodes
      New HP seismic sensor technology
      Complete sensing solution
      Efficiency of extraction – more from existing fields
      Reduced impact to environment
      fewer new wells, in best locations
      Less equipment into field, no cables
      Energy reduction
    • 100x better sensor
      100x sensors
      Example
      Benefit from Improve sensor + Many Sensors
    • INK Cartridges are very similar to sensor nodes
      MEMS chip
      Harsh environment
      Custom package
      Interface
      Reservoir
      Millions produced by HP
    • Food safety
      Mobile devices
      Shipping and warehouse
      Infrastructure monitoring
      INTEGRATION:
      One node measures many things
      Senses as state variables
      Vibration
      Tilt
      Air Flow
      Light
      Biological
      Rotation
      Navigation
      Temperature
      Chemical
      Humidity
      Sound
      Pressure
      Energy:
      Production and use
      Equipment life monitoring
      Smart buildings
      Traffic
      Automotive
    • “feel”: Next Generation Inertial Sensors
      HP’s platform for high performance inertial sensors
      Winner:
      EE Times ACE Award: Most Promising New Technology of 2010
      Silicon based MEMS
      Accelerometers, Gyroscopes
      1000x more sensitive than current MEMS
      < 1 micro-g to > 10 g
      Built in our 200mm inkjet fab
      High performance meets low cost
    • “Taste and smell” – Nano-optical antenna for SERS sensor
      Localized surface plasmon on nanostructure can enhance the Raman scattering process -- SERS
      h
      h’
      106-1012
      Gain
      Ag NP
      h
      h’
      Example
      SERS
      No SERS
      Electromagnetic field induced EF: 106 - 1012
    • Network and Cloud
      Data rate gets HUGE!
      Bandwidth for transfer (6kbps * 1e6) = 6 Gbps
      Spindles for storage (> 50)
      Information Theory
      Applications where you want 100% of data
      Applications where you want “just enough for records”
      Applications where you must have “that” 30 seconds
    • Visualization
      Combine data
      Smart freeway AND information from vehicles
      How to turn data into information
      Decisionsin machine
      Adjust HVAC unit 2 and dampers 34, 35, and 64
      Decisions for humans
      Take this freeway to the airport
      Decisions by humans
      Warehouse resource management
    • Everything as a Service
      Bridge owner doesn’t want to be in IT space
      Sensing solution:
      Sensor node design
      Network hardware selection (wireless/cabled)
      Management of system and equipment
      Data collection / storage / retrieval
      Quality control of system / data
      Visualization and dashboard creation
      Information supply
    • Impact on Society
      Privacy
      Want to know how many cars…don’t care who’s car
      Security
      Trusted data
      Secure network
      Open Data Source
      If private and secure, let people compete on analysis
      New business models we can only imagine
      Use the cloud to access and analyze data
    • Sensor Network Applications
      Safety – save lives
      Earthquake detection system and warning
      Structural health monitoring – bridges, airplanes
      Chem / bio sensing – food safety and travel security
      Sustainability – save energy
      Smart buildings : adjust lighting and temperature to occupants
      Mobile devices: what is user doing and respond
      Security – save assets
      Restricted access: intrusion detection
      Equipment: item moving when it shouldn’t be
      Location information without GPS: ”Where are we?” “Where is it?”