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3                                     Unleashing the potential of the Internet of Things

            Requirements for time controlled network communications are as follows:
            1)      MOC  applications  are  recommended  to  support  time  control  for  MOC  device
                    communications with the network based on service criteria (e.g., daily network traffic load,
                    MOC device location).

            8.3     Resource usage
            MOC applications are expected to engage low resource usage in the case where MOC devices send
            or  receive  data  infrequently  (i.e., with  a  long  time  period  between  two  data  transmissions).  To
            improve  the  operational  efficiency  of  an  MOC  application  and  decrease  the  MOC  application's
            operational  costs  and  the  MOC  device's  energy  consumption,  the  resource  usage  of  both  MOC
            devices and networks need to be optimized.

            MOC applications requirements for optimized resource usage are as follows:
            1)      MOC  applications  are  recommended  to  optimize  the  usage  of  resources  for  both  MOC
                    devices and networks.
            NOTE – This is particularly relevant in the case of infrequent data transmissions.

            8.4     Interoperability with proprietary devices

            Since a lot of proprietary devices (e.g., devices with proprietary standards for inter-working with
            network  entities)  have  already  been  deployed,  MOC  applications  should  be  able  to  support
            interoperability with these proprietary devices.

            Requirements for the support of proprietary devices are as follows:
            1)      It is recommended that MOC applications be interoperable with proprietary devices through
                    appropriate means, e.g., MOC gateways.
            2)      MOC applications are recommended to support the effective hiding of proprietary devices'
                    operations.


            8.5     Application collaboration
            For  some  MOC  application  cases,  there  may  be  multiple  MOC  application  providers  providing
            different MOC applications which need to collaborate with each other.
            As an example, business to customer (B2C) companies deliver products to logistics companies for
            further delivery to the customers who have ordered them. Logistics companies track the products in
            transit,  while  customers  may  check  the  whereabouts  of  the  purchased  products  by  visiting  the
            application systems of the B2C companies which collaborate with the application systems of the
            logistics companies.

            MOC applications requirements for application collaboration are as follows:
            1)      MOC applications are recommended to support application collaboration with other MOC
                    applications via the intermediation of the MOC capabilities.
            2)      MOC  applications  of  a  given  MOC  application  provider  are  recommended  to  support
                    application collaboration with MOC applications of other MOC application providers via
                    the intermediation of the MOC capabilities.


            8.6     Support of service integration and delivery environment
            MOC applications would benefit from support by the network of a service integration and delivery
            environment.  In  addition  to  the  support  of  common  purpose  capabilities  for  different  types  of
            applications, interfaces to such an environment would enable the support of specific capabilities for
            MOC applications.





            268      Rec. ITU-T Y.4109/Y.2061 (06/2012)
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