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Internet of Things (IoT) Work Group. GISFI IoT Architecture Comparison Soma Bandyopadhyay and Hemant Kumar Rath TCS Doc No: GISFI_IoT_201112139. Agenda. TCS proposed arch in GISFI With Incorporated comments from last meeting ETSI high level arch with interfaces
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Internet of Things (IoT)Work Group GISFI IoT Architecture Comparison Soma Bandyopadhyay and Hemant Kumar Rath TCS Doc No: GISFI_IoT_201112139
Agenda • TCS proposed arch in GISFI • With Incorporated comments from last meeting • ETSI high level arch with interfaces • GISFI-ETSI interfaces/reference point comparisons • GISFI-TIA interfaces • GISI-ETSI-TIA Comparison • TIA-ETSI Comparison • GISFI – 3GPP Comparison • Conclusion GISFI # 07, Dec 19-22, 2011, New Delhi
Banking I1 I3 I2 Healthcare Agriculture Services utilities Proposed IoT Arch System Architecture Application/Service to network backbone interface Application Middleware/Controller IoT core to application controller interface Indicates the communication across the application controllers & across the access gateways IoT Core Access Gateway with Sensor Middleware Sensors to network backbone interface controlled by access gateway sensor middleware Sensor-domain Addressable Sensors 3
ETSI High level Architecture with Interfaces mia mid dia mid
GISFI-ETSI Interfaces CASE -1 Direct device to device Connectivity and interfaces are not considered in GISFI current arch
TIA Reference Points A1: AAA - the application server. A2: AAA - the intermediate node. A3: AAA - the smart device controller. A4: AAA - the smart device. B1: application -intermediate node. B3: intermediate node -smart device controller. B5: application server -smart device. B6: intermediate node - intermediate node B7: smart device -smart device X: device - smart device controller. This reference point is outside the scope of this document. GISFI # 07, Dec 19-22, 2011, New Delhi 6
3GPP M2M High-level Architecture MTCsms 3GPP Bearer Services /SMS/IMS MTC Server MTCu MTC Device MTCi • MTC : Machine Type Communication • •MTCu : Provides MTC devices access to the 3GPP network for the transport of user traffic • •MTCi : Reference point for MTC server to connect the 3GPP network via 3GPP bearer service • •MTCsms : Reference point for MTC server to connect the 3GPP network via 3GPP SMS • Explains 3 different type of Communicating scenarios • Scenario 1 (Located in the operator domain) • Scenario 2 (Located outside the operator domain) • Scenario 3 (Communication directly with each other without an intermediate MTC server) • Comments • Low Mobility, secure connection, group based triggering • Time controlled transmission (only at pre-defined time) • Time tolerant transmission • Network operator shall provide PS service with or without an MSISDN. MTC Server
GISFI vs. 3GPP MTCsms 3GPP Bearer Services /SMS/IMS MTC Server MTCu MTC Device MTCi MTC Server GISFI # 07, Dec 19-22, 2011, New Delhi
GISFI-ETSI-TIA Comparison GISFI # 07, GISFI # 07, Dec 19-22, 2011, New Delhi
GISFI-3GPP Comparison GISFI # 07, Dec 19-22, 2011, New Delhi
Conclusion: TCS Proposed IoT Architecture in GISFI • I1 Signifies a family of interfaces including the 3rd party network accessibility. • Device to device connectivity and interfaces are not considered. • I2 Signifies the interfaces for application middleware/ application to devices directly, as well as application middleware to access gateway. Devices are considered addressable. • Internet is considered as Backbone network. • Chaining among application middleware nodes as well as access gateways are considered. • Nointerfaces are defined for this. No use case is mapped yet. Chaining of application middleware may suitable for distributed computing. • I3 (APIs) Interface exposed from application middleware to Application does not exist in ETSI & TIA GISFI # 07, Dec 19-22, 2011, New Delhi 12