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Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
Hetrogenous wireless sensor network
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Hetrogenous wireless sensor network

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To analyze the efficiency of heterogeneous wireless sensor network over homogenous wireless sensor network. …

To analyze the efficiency of heterogeneous wireless sensor network over homogenous wireless sensor network.
To analyze the stability, life time ,through put.

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  • 1. HETEROGENEOUS WIRELESS SENSOR NETWORK GANDHI INSTITUTE FOR TECHNOLOGY Guided by: Prof.Subhransu sekhar panda
  • 2.  Chinmoy kanta jena  Chinmaya singh  Krushna chandra sahoo  Jyotiprakash mishra  Kamalakanta behera Team members
  • 3. OBJECTIVE To analyze the efficiency of heterogeneous wireless sensor network over homogenous wireless sensor network. To analyze the stability, life time ,through put.
  • 4. WIRELESS SENSOR NETWORK A Wireless Sensor Network (WSN) consists of distributed autonomous wireless sensors nodes to monitor physical or environmental conditions, such as temperature, humidity, light intensity, sound, vibration, pressure, motion etc. Each node having sensing area of few meters and radio range approximately 10 to 15 meters.
  • 5. BLOCK DIAGRAM
  • 6. WIRELESS SENSOR NETWORK …cntd.  WSN is a self organized or spontaneous network.  Each node can sense, compute and communicate each other. They can either receive message or transmit message and can transmit messages to the sink (or Base Station).  The sink can use many ways to communicate with remote network, such as Internet, satellite and mobile communication network.  Finally, the Task Manager (User) collects this transmitted data.
  • 7. BLOCK DIAGRAM OF A SENSOR NODE Transceiver Sensor 1 Power Source Micro-controller Memory Sensor 2 ADC
  • 8. Few Sensing inputs: 1. Temperature 2. Humidity 3. Light Intensity 4. Sound 5. Vibration 6. Pressure 7. Motion .
  • 9. ROUTING
  • 10. CLUSTERING ALGORITHM Construction phase 1. Each node tests whether to become CH or not. 2. If node becomes CH then it sends cluster advertisement and waits for response 3. If node decides not to be CH then listens for CH advertisements and responses to the closest CH
  • 11. CLUSTERING ALGORITHM (Cont…) Maintenance phase 1. When cluster is established, CH sends/transmits data in schedule. 2. After certain time the cluster is disrupted and new construction phase takes place (rotation of CH) where new CH are elected
  • 12. SELECTING CLUSTER-HEADS IN LEACH  Node i chooses random number s between 0 and 1  If s < T(i), node i becomes a cluster head in current round where: T(i)= where: P = desired percentage of cluster heads r=no. of round
  • 13. CH SELECTION CRITERIA Cluster head are selected according to  Initial Energy  Residual Energy  Energy Consumption Rate  Average Energy of the Network:
  • 14. CLUSTER NODE MAINTENANCE
  • 15. Sensing field
  • 16. LEACH ASSUMPTION  Synchronized network  Base station is fixed and located far from the sensors  All nodes are homogeneous and energy constrained  All nodes can reach base station
  • 17. LEACH PROPERTIES  Distributed Only local information  CH role Data aggregation from node Forwards aggregated data to BS  Inter-cluster communication via CH  Simple
  • 18. IN A HOMOGENEOUS ENVIRONMENT…  When all nodes start with the same energy level nodes “randomly” die and within a short period The result of initial setting or evolution of the sensor network’s operation :“advanced” node has a “α” times more energy than “normal” node The energy of each advanced node is E0(1+α) . BUT IN A HETEROGENEOUS ENVIRONMENT…
  • 19. A. Military fields. B. Medical monitoring and Health care. C. Industrial Control. D. Ocean and wildlife monitoring. E. Building safety. F. Earthquake Early Warning and Monitoring. G. Environmental applications. H. Intelligent green aircrafts. I. Smart Roads. APPLICATION DOMAINS OF WSNS
  • 20. PERFORMANCE MEASURES  Stability Period: Time until death of the first node  Network lifetime: Time until death of the last alive node  Number of cluster-heads per round: Nodes which will directly send aggregated information to the sink  Throughput: Rate of data reporting to cluster- heads and to sink
  • 21. Thank you

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