Radio parameter detection

1 . An apparatus comprising at least one processor, and at least one memory storing instructions that, when executed by the at least one processor, cause the apparatus to:

transmit, to an access node, a report indicating capability regarding detecting radio parameters, wherein the report comprises: a first set of radio parameters, a second set of radio parameters and a third set of radio parameters;

determine the first set of radio parameters in a complete manner;

determine the second set of radio parameters in the complete manner based on assistance information, a first configuration, and an indication related to the radio parameters being available;

determine the third set of radio parameters in the complete manner based on a second configuration related to detecting the radio parameters being available at least during an initial configuration for receiving a downlink channel transmission and based on the third set of radio parameters following behavior of the first and the second set of radio parameters;

receive, from the access node, for determining the second set of radio parameters: the assistance information, the first configuration and the indication for determining the second set of radio parameters for receiving the downlink channel transmission;

receive, from the access node, the downlink channel transmission;

trigger feedback for each scheduling instance; and

transmit feedback to the access node to indicate that the first, second and third sets of radio parameters have been successfully determined,

wherein the second configuration related to detecting the radio parameters is a full configuration for configuring determination of the first, the second and the third set of radio parameters,

wherein the determining of the first, the second and the third set of radio parameters are based on a machine learning model,

wherein determining in the complete manner comprises determining the radio parameters without any configuration of the radio parameters,

wherein the determining the third set of radio parameters comprises learning unspecified modulation for a set of known coding rates, learning unspecified coding rates for a known modulation, and learning unspecified modulation and coding rates,

wherein the assistance information comprises a modulation and coding scheme (MCS) table associated with a modulation and coding scheme (MCS) radio parameter of the second set of radio parameters,

wherein the downlink channel transmission is received without receiving any explicit indication of a modulation and coding scheme (MCS) for a transport block of the downlink channel transmission, and

wherein, in case the feedback is triggered by the apparatus, indicating a failure of detection of radio parameters only in a reception failures of data, control, or reference signal.