Multiradio interface data model and radio application package container format for reconfigurable radio systems
The present disclosure is generally related to reconfigurable radio equipment (RREs), and in particular to information models and protocols for the multiradio interface for RREs and radio application packages (RAPs) used for reconfiguring RREs. Various extensions to the information models of the multiradio interface for RREs are provided such that internal state information is included in the information models and protocols of the multiradio interface. Various aspects of RAP container formats and structure are also provided.
1 . Reconfigurable radio equipment (RRE), comprising:
a communication services layer (CSL); and
a radio computer connected to the CSL, wherein the radio computer is to:
transmit a request for a radio application package (RAP) to a radio application (RA) store platform;
receive the requested RAP from the RA store platform, wherein the requested RAP includes compiled RA code in a Unified Radio Application (URA) field of the RAP and metadata for installation of the compiled RA code; and
install the compiled RA code included in the RAP using the metadata included in the RAP;
wherein:
a radio computer class (“RadioComputer”) of the radio computer includes a radio computer state (RCState) attribute; and
the RCState attribute describes an internal state of the radio computer.
2 . The RRE of claim 1 , further comprising:
a MultiRadio Interface (MURI) that communicatively couples the CSL and the radio computer.
3 . The RRE of claim 2 , wherein the internal state of the radio computer is one of inactive, active, or processing a RAP.
4 . The RRE of claim 2 , wherein the RadioComputer includes an RA class (“RadioApp”), wherein the RadioApp includes an RA state attribute, wherein the RA state attribute describes an internal state of an RA, and the internal state of the RA is one of inactive, active, installed, uninstalled, executed, available, or unavailable.
5 . The RRE of claim 2 , wherein the RadioComputer includes a radio operating system class (“RadioOS”), wherein the RadioOS includes an RadioOS state attribute (“RadioOSState”), wherein the RadioOSState describes an internal state of the RadioOS, and the internal state of the RadioOS is one of inactive, active, error, or interrupted.
6 . The RRE of claim 2 , wherein the RadioComputer includes a channel class that includes a channel profile class (“ChannelProfile”), a channel measurement class (“ChannelMeasurements”), and an antenna class, wherein:
the ChannelProfile includes a channel profile state attribute (“ChannelProfileState”), the ChannelProfileState describes an internal state of the ChannelProfile, and the internal state of the ChannelProfile is one of available, not available, processed, or updated;
the ChannelMeasurements includes a channel measurements state attribute (“ChannelMeasurementsState”), the ChannelMeasurementsState describes an internal state of the ChannelMeasurements, and the internal state of the ChannelMeasurements is one of available, not available, processed, or updated; and
the antenna class includes an antenna profile class (“AntennaProfile”), wherein the AntennaProfile includes an antenna profile state attribute (“AntennaProfileState”), the AntennaProfileState describes an internal state of the AntennaProfile, and the internal state of the AntennaProfile is one of available, not available, processed, or updated.
7 . The RRE of claim 2 , wherein the RadioComputer includes a radio computer configuration class (“RCConfiguration”), the RCConfiguration includes a link profile class (“LinkProfile”), a link measurements class (“LinkMeasurements”), and a radiofrequency configuration class (“RFConfiguration”), and wherein:
the LinkProfile includes a link profile state class (“LinkProfileState”), wherein the LinkProfileState describes an internal state of LinkProfile, and the internal state of LinkProfile includes one of active, inactive, available, processed, not available, or updated;
the LinkMeasurements includes a link measurement types class (“LinkMeasurementsTypes”), wherein the LinkMeasurementsTypes describes an internal state of the LinkMeasurements, and the internal state of the LinkMeasurements includes one of active, inactive, available, processed, not available, or updated; and
the RFConfiguration includes a transmission path class (“TxPath”) and a receiver path class (“RxPath”), wherein:
the TxPath includes a TxPath state attribute (“txPathState”), the txPathState describes an internal state of the TxPath, and the internal state of the TxPath is one of active, inactive, available, or not available; and
the RxPath includes an RxPath state attribute (“rxPathState”), the rxPathState describes an internal state of the RxPath, and the internal state of the RxPath is one of active, inactive, available, or not available.
8 . The RRE of claim 2 , wherein the RadioComputer includes a radio computer measurement class (“RCMeasurements”), wherein the RCMeasurements includes an RCMeasurements state attribute (“RCMeasurementsState”), the RCMeasurementsState describes an internal state of the RCMeasurements, and the internal state of the RCMeasurements is one of active, inactive, available, or not available.