Wireless Sensor Networks in Oil and Gas Industry

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Networking Activities Construction of the network infrastructure• OS: TinyOS• MAC: IEEE 802.15.4 + ZigBee MAC sublayer• Routing technique: DYMO vs CTP• Redundancy: multi-sink operation• Energy-conservation• Mote Synchronization (in time critical tasks)• Deployment strategy based on functional goals
Selected Routing ProtocolsDistanceVectorIdeaPower, storageandcomputationalrequirementRecoveryUseperiodicupdatesDatacentricHieraticalDataaggregationLocationbasedQoSroutingDYMOYesOndemandroutingLowSlowNoNoNoNoNoNoCTPYesCollectionTreeHighFastYesYesNoYesNoYesCTP results: No. of nodes = 14 + BS, No. of senders = 2 to 10, PR > 98.6%No. of nodes = 14 + BS, No. of senders =10, DR = 1 t0 5 Pps, PR > 99%DYMO results: still under test
Page 2: Agenda• Problem Definition• Tec
Page 5 and 6: Agenda• Problem Definition• Tec
Page 7 and 8: What isan Industrial Wireless Senso
Page 9 and 10: What is ZigBee?
Page 11 and 12: Standard Technology Options
Page 15 and 16: Why Industrial WSN in O&G?
Page 17 and 18: Technology Hype Cycle
Page 19 and 20: Why IWSN Disillusionment?
Page 21 and 22: IWSN Worldwide Market30 % GRT2011 -
Page 23 and 24: Project InfoAcknowledgement: Prof.
Page 25 and 26: Indoor Measurements(Relatively Hars
Page 27 and 28: B. Raytracing Simulation vs Experim
Page 29 and 30: PreliminaryResults
Page 31 and 32: C1. Environment Sensor Board:LF Acc
Page 33 and 34: C2. Data Acquisition BoardMDA300CCT
Page 35 and 36: C3. Custom WirelessData Acquisition
Page 37 and 38: Acquired FFT Vibration SpectraSpect
Page 39: Networking ObjectiveTo construct a
Page 43 and 44: Relevant Research Activities2) Netw
Page 45 and 46: Relevant Research Activities3) MEMS
Page 49 and 50: Channel-aware Network PerformanceSi
Page 51 and 52: Intermediate Term:IR-UWB in Industr
Page 53 and 54: Long Term: Channel-Aware Plant Desi

Wireless Sensor Networks in Oil and Gas Industry

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