Prospective of LwM2M for Smart City Use Cases (IoT World 2017 Workshop)

Workshop2:IoTEnabledMachine-to-MachineTechnologiesandStandards(byIETF,OMA,IPSOAlliance,andEclipseFoundaCon)

Presenta(on

May16–18,2017SantaClaraConven(onCenter,

CA,USA

SESSION5(12:00PM-12:30PM)

ProspecCveofLwM2MforSmartCityUseCases


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Workshop2:IoTEnabledMachine-to-MachineTechnologiesandStandards-ProspecCveofLwM2MforSmartCityUseCases


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FromIPtoACloudforEverythingConnected


RemoteUsers

InternetInfrastructure

LocalUserConnectedDevices/Sensors

Router/Hub

CloudSolu(on

Pla?orms

Services

Proxy/Node

SensorNetworksPhysical

Network Communication

Processing

Applications


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BUSINESS ENTERPRISE

Physical Layer Devices and Controllers ("Things" - Sensors/Actuators)

Network Communication Connectivity Elements and Gateways

Processing Data Element Analysis and Transformation

Applications Data Abstractions

IoTLwM2MFuncCons(Clients)

(Backends)

(Gateways/Proxies)

(Nodes/Resources)

LwM2MStandardizaConAcCviCesOverview



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Physical Layer OMA LwM2M Client Dedicated Node Devices IPv6 Protocol (OMA Web Objects) (ADN) ZigBee Transport & Security Sensors / Actuators WiSUN

Communication Network Networks Services Network Connectivity & Interworking Device Triggering, QoS Sec. Sub-GHz. Security (Cellular Capacity) (NSE) 802.15.4g/e

IETF Processing OMA LwM2M Server Common Services Large Area Data Centers Device Management Data & Device Management 6LoWPAN (Servers, Cloud) (Directory, Server, Security) (CSE) Stack

IETF Applications OMA LwM2M oneM2M ZigBee & WiSUN Wed, RESTFul RESTFul/CoAP Application Entity (AE) (HAN & LAN) (HTTP, CoAP) (Smart Objects) (Tracking, Metering, Remote) Home & Large

!  IPv6and6LowPAN!  Rou(ngProtocolRPLRou(ng!  RESTandResourceDirectory!  Security(Datagram,Transport,Device)

!  OMALightweightM2M!  CoAPEnabler!  IPSOWebObjects!  DTLS,TS,CipherSuites

!  Applica(ons!  M2MSystemsStandards!  HTTPOpera(ons!  Interoperability

!  ZigBeeIPHomeArea!  ZigBeeIPNAN!  ZigBee6LoWPANStack!  ZigBeeApplica(ons!  ZigBeeSub-GHzLargeArea

!  WiSun6LoWPANStack!  WiSunSub-GHzLargeArea!  WiSunApplica(ons

LwM2MStandardizaConSummary



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IoTLwM2MSmartCityApplica(ons


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Environmental Monitoring use cases: Smart Building (Insight Living Lab) Quality Air Noise Management (Galway Smart City) Smart Working Environment (VITAL Demonstrator)

Systems IntegraCon:Galway Coca Cola Zero Bikes Street Lighting Monitoring (Galway Smart City)

Under development:Smart Energy Management (VITAL Demonstrator) Light and Noise Pollution City Monitoring (NIST GCTC) Air Quality (Galway Smart City)

LwM2MinSmartCityApplicaCons



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Smart Services in Cities

Smart Working in Cities

OS

VITAL-OSUseCase–SmartBuildingMonitoring



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Heterogeneous sensors deployed throughout the Insight (NUIG) building.

Two types of data:

Periodic: Light, Temperature, Humidity, etc.

Event-based Doors, Presence, noise

Technology: Xbee: http://www.zigbee.org/zigbee-products-2/ TELOSB: http://www.willow.co.uk/html/telosb_mote_platform.php TMOTE SKY: http://tmote-sky.blogspot.ie/



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PPI developed to collect (near) real-time data (from the REST interfaces) to store it into the Data Management System (DMS).

VITAL-OS then allows a number of operation to be performed such as: - CEP, - Discovery,

- Filtering, etc.



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VITAL-OSNoiseManagementA number of BLE based IoT devices deployed inside the Insight Car Park, which measure:

Noise, Temperature, Humidity, Luminosity

Technology:

HOMARD: https://homard.hopu.eu/ HOPCore 1.0, Ubibox



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InsightSmartCarPark



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Ubibox collects data from HOPCore devices. Uploads the data to Homard cloud server. Homard Cloud enables RESTful interfaces to query and collect the data. VITAL PPI is developed and tested for this use case. Visualisation using VITAL-OS UI is available online

InsightNoiseManagement



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UnderDevelopment

OS

EnergyDataManagementandSystemsIntegra(on



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Installation of CurrentCost smart energy metering devices is underway

Clip-On based smart meters, Smart plugs

Gathering real-time data on energy consumption data within a built environment. Technology:

CurrentCost: http://www.currentcost.com/ Zigbee:hXp://www.zigbee.org/zigbee-products-2/



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GCTC2016-2017

OS



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GalwayCityLightPollu(onMap2016

GuidanceNotesfortheReduc(onofObtrusiveLightGN01:2011



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GalwayCityNoisePollu(onAc(onPlan2013-2018

Implementa(onoftheEUEnvironmentalNoiseDirec(ve2002/49/EC


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FinalComments




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Applica(onSobware

IPSOObjects

OMALWM2M

CoAP HTTP

6LowPAN IPv4/IPv6

MCU–16KiBRAM MPU

802.15.4 WiFi,Ethernet

Hardware

HWNetwork

Rou(ng

Applica(onProtocol

API

DataModels

Applica(onLwM2MProtocols



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(UserDatagramProtocol)

(DatagramTransportLayerSecurity)

(ConstraintApplica(onProtocol)

WirelessPersonalAreaNetworks

(HypertextTransferProtocol)

(eXtensibleMarkupLanguage)

(TransportLayerSecurity)

(TransmissionControlProtocol)

(InternetProtocol)

OtherIoTStackprotocolRepresentaCons



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COAP

Interface

Presenta(onLayer

SessionLayer

Applica(onLayer IoTStackOverall

ExisCngStandards

2015



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Where does cloud play with Internet of Things and where does it not?


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Ques(ons&

Answers


Prospective of LwM2M for Smart City Use Cases (IoT World 2017 Workshop)

Technology

Transcript of Prospective of LwM2M for Smart City Use Cases (IoT World 2017 Workshop)