35.361 Datasheet/PDFMiscellaneous
35.361 is a mobile communications network standard used for the creation of a heterogeneous set of access technologies. It defines a common terminology and architecture for various radio access networks, including GSM, GPRS, EDGE, UMTS, and LTE. This standard has been widely deployed in the industry, and is a foundational protocol for the wireless technologies used by billions of subscribers worldwide.
35.361 defines a layer of abstraction for the services and operations of the various radio access networks. At its core, the standard defines a common Service Access Point (SAP) model, allowing applications to interact with each radio access network in a standardized manner. This allows applications to seamlessly invoke different radio access networks, based on the user’s context or location. For example, an application can detect that the user is in an area with poor cell coverage, and switch to a wifi connection to continue the operation.
The 35.361 standard also defines an interface between the radio access network and the applications themselves. This interface is called the Application Service Access Point (ASAP). This interface allows applications to access specific services and operations provided by the various radio access networks. Examples of such operations would include the ability to initiate and terminate calls, send and receive data, and register and de-register user devices.
The 35.361 standard also defines a set of signaling and management protocols used by the various radio access networks. These protocols are used for communications between the network and the applications, and for the management of the radio access networks. These protocols ensure that the proper services and operations are executed in a consistent and reliable manner.
Finally, the 35.361 standard also defines a set of Quality of Service (QoS) parameters used in the various radio access networks. These parameters are used to ensure that the services and operations provided by the network are performed according to the desired level of quality. Examples of these parameters include the latency, error rate, and throughput of transmitted data.
In summary, the 35.361 standard provides a layer of abstraction between the various radio access networks and applications, allowing seamless interactions between the two. This standard also defines a set of signaling and management protocols, as well as Quality of Service parameters, which ensure that services and operations are performed in a reliable and consistent manner.