Detecting and correcting radio link failures based on different usage scenarios

A method, comprising:

• determining by a device comprising a processor, a control channel resource set group applicable to decoding downlink control information for a type of traffic to be communicated between the device and network equipment using a radio link established between the device and the network equipment;
• determining, by the device, a radio link monitoring protocol applicable to monitoring a quality of the radio link for determining a radio link failure based on the control channel resource set group, wherein the network equipment configures different control channel resource set groups for different types of traffic, and wherein different radio link monitoring protocols are respectively defined for the different control channel resource set groups;
• monitoring, by the device, the radio link in accordance with the radio link monitoring protocol;
• determining, by the device, whether the radio link failure occurs based on the monitoring;
• deactivating, by the device, the radio link with the network equipment based on a determination that the radio link failure has occurred;
• determining, by the device, time and frequency resources for a preamble transmission of a random access procedure for re-establishing the radio link with the network equipment based on the control channel resource set group, wherein the time and frequency resources for the preamble transmission vary for the different control channel resource set groups;
• and
• performing, by the device, the random access procedure using the time and frequency resources for the preamble transmission.

A non-transitory machine-readable storage medium, comprising executable instructions that, when executed by a processor of a device, facilitate performance of operations, comprising:

• determining a control channel resource set group applicable to decoding downlink control information for a type of traffic to be communicated between the device and a network equipment of a wireless communication network using a radio link established between the device and the network equipment;
• determining a radio link monitoring protocol parameter used to monitor a quality of the radio link for determining a radio link failure based on the control channel resource set group, wherein the network equipment configures different control channel resource set groups for different types of traffic, and wherein different radio link monitoring protocol parameters are respectively defined for the different control channel resource set groups;
• monitoring the quality of the radio link using the radio link monitoring protocol parameter;
• deactivating the radio link in response to a determination that the radio link failure has occurred as determined based on the monitoring;
• determining time and frequency resources for a preamble transmission of a connection re-establishment procedure for re-establishing the radio link with the network equipment based on the control channel resource set group, wherein the time and frequency resources for the preamble transmission vary for the different control channel resource set groups;
• and
• performing, by the device, the connection re-establishment procedure using the time and frequency resources for the preamble transmission.