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Seminar Class ee392b Spring 2017ee392bIndustrial IoT: ApplicationsOverviewApril 4, 2017Dimitry Gorinevskywww.stanford.edu/ gorinee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky1
IIoT Class OverviewWHAT IS INDUSTRIAL IOT?ee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky2
IIoT and IoTIIoT e IoT (EIoT)ee392b - Spring 2017Stanford umer IoT (CIoT)Industrial Internet of Things: ApplicationsGorinevsky3
IIoT AnalyticsINDUSTRIAL REVOLUTIONee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky4
Digital Revolution Software is eating the world(Marc Andreessen, 2011) Internet Revolutionee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky5
New Industrial Revolution Digital revolution: connected people– 10-15% of the economy Industrial IoT revolution: connected machines– 80% of the economyee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky6
Industrial Revolutions1. The 1st Industrial Revolution–GE, 2012Mechanized production;water and steam power2. The 2nd Industrial Revolution–Mass production; electricpower3. Internet Revolution–Automation; electronics andinformation technology4. Industrial Internet (IIoT)–Digital integrationee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky7
2nd Industrial Revolution Electric power integration– Transmission and distributionWestinghouse ProjectTelluride, CO, 1881 IEEE PESee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky8
IIoT: 2nd Internet Revolution Computing power integration– Data transmission and distribution– Digital integrationTeslaCloudIndustry 4.0ee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky9
IIoT AnalyticsECONOMIC IMPACTee392b - Spring 2017Stanford UniversityIndustrial Internet of Things:Applications Gorinevsky10
Business Value Estimates Analyses of the IIoT economic impactValueGEDate Comment 10-15 Trillion2014 IIoTAccenture 14 Trillion2015 IIoTMcKinsey 11 Trillion2015 IIoTIndustrie 4.0 4 Trillion2014 ManufacturingGartner 2 Trillion2015 Consumer IoT 17 Trillion2015 IoE IIoT CIoTCiscoee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky11
Operations and Support Development and manufacturing– 15-20% of the lifecycle cost The IIoT will also change operations and support– 65-80% of the lifecycle costManufacturingValue chain for industrial goods (PWC, 2015)DoDCBM 2007ee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky12
IIoT Class OverviewSO WHAT IS NEW ABOUTTHE IIOT TECHNOLOGY?ee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky13
IT/OT Convergence in the IIoTInformation TechnologyData CenterCloudITFog. OT: Embedded andFogDeviceOTOperational Technologyee392b - Spring 2017Stanford University IT: Enterprise computing.Data Center. Cloud.industrial systems.Machine to Machine.Secure, closed networksIndustrial Internet of Things: ApplicationsGorinevsky14
Industrial Automation Levels IIoT is the next, higher, level of digital integrationITISA-99PurdueModel asm-m2m-iot-part-3/ee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky15
Persistent DataIT Systems PersistentData OT Systemsee392b - Spring 2017Stanford University IIoT IT systems make useof OT data Presently, OT systemsconsume and use theirraw data on-line, but donot accumulate it IIoT accumulates OT dataas Persistent DataIndustrial Internet of Things: ApplicationsGorinevsky16
IIoT AnalyticsIIOT APPLICATIONSee392b - Spring 2017Stanford UniversityIndustrial Internet of Things:Applications Gorinevsky17
Enterprise Architecture taArchitectureTechnologyArchitectureee392b - Spring 2017Stanford University IIoT ApplicationsAddedValue– Analytics: process andanalyze the data– Operations: businessprocesses IIoT PlatformTechnologyInvestment– Collect and manage data– Needed to runapplications– Most action, so farIndustrial Internet of Things: ApplicationsGorinevsky18
Analytical DisciplinesIT PersistentData OT Embeddedee392b - Spring 2017Stanford UniversityOperations ResearchData Science for IIoTDecision and ControlSignal ProcessingIndustrial Internet of Things: ModelingandSimulation19
IIoT Class OverviewEXAMPLEee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky20
Airline IIoT Example Aircraft fleet monitoringIT IT: Airline Data Center– Aircraft fleet data OT: Aircraft on-boardnetwork – 1553 BusOTee392b - Spring 2017Stanford University– Avionics– Flight Data RecorderIndustrial Internet of Things: ApplicationsGorinevsky21
Airline IIoT Value Add Applications Analyze aggregated fleet operational data Asset Management– Manage engine maintenance and replacement Operations– Improve fleet fuel burnee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky22
IIoT AnalyticsCLASS COVERAGEee392b - Spring 2017Stanford UniversityIndustrial Internet of Things: ApplicationsGorinevsky23
Planned Lectures April 11,April 18,April 25,May 2,May 9,May 16,May 23,May 30,June 6,ee392b - Spring 2017Stanford UniversityAngelKleiner PerkinsTeradataCiscoKonica MinoltaIntelOracleAlchemist AcceleratorGE DigitalIndustrial Internet of Things: ApplicationsGorinevsky24
IIoT iscoKonicaIntelGEOTFinancieree392b - Spring 2017Stanford UniversityTech VendorIndustrial Internet of Things: ApplicationsGorinevskyEnterprise25
Industrial Internet of Things: Applications Gorinevsky 1 . WHAT IS INDUSTRIAL IOT? IIoT Class Overview ee392b - Spring 2017 . May 23, Oracle May 30, Alchemist Accelerator June 6, GE Digital Industrial Internet of Things: Applications Gorinevsky ee392b - Spring 2017
