From: Mobile M2M communication architectures, upcoming challenges, applications, and future directions
SDOs | Contributions | Reference |
---|---|---|
oneM2M | ∙ M2M functional architecture, requirements, and security solutions | |
 | ∙ Service layer core protocol specification | [148] |
 | ∙ Protocol binding (CoAP, HTPP, and MQTT) | |
3GPP | ∙ MTC reference model | [51] |
 | ∙ MTC service requirements | [51] |
 | ∙ Radio resource management for MTC | |
 | ∙ Considering MTC security aspects | |
 | ∙ Describing MTC-use cases | [61] |
ETSI | ∙ M2M networks architecture and technologies | |
 | ∙ QoS for M2M communications | [67] |
 | ∙ M2M service requirements | [67] |
 | ∙ M2M-use cases: e-healthcare, smart metering, automotive, and smart grid | |
 | ∙ Several M2M-related interfaces, i.e., mla,dla, and mld | [66] |
 | ∙ M2M data semantic support | [152] |
 | ∙ SmartM2M test specifications: interoperability for ETSI M2M primitives | [68] |
IEEE | ∙ Optimizing air interface | |
 | ∙ Use of sub-GHz spectrum for M2M communications | [74] |
 | ∙ Optimizing air interfaces for the smart grid IEEE 802.15.4 | [74] |
GSMA | ∙ M2M resource management schemes | [77] |
 | ∙ M2M-related protocols and interfaces | [77] |
 | ∙ M2M communications using remote SIM | [77] |
CCSA | ∙ Supporting smart grid applications | [81] |
WFA | ∙ Integrating Wi-Fi in smart grids | [79] |
 | ∙ e-healthcare application scenarios | [79] |
WiMAX | ∙ M2M deployment scenarios | [78] |
 | ∙ Functional and network improvements | [78] |
OMA | ∙ M2M device management according to ETSI remote entity management | [80] |
 | ∙ Personal area networks for ensuring efficient capillary M2M communications | [80] |