RRC Inactive Data Transmission Resource Allocation

The patent applies preliminary action by having the UE indicate its capability and preferred scheduling parameters in advance through message 1 transmission. The UE provides information about its buffer status, channel conditions, and scheduling preferences before the actual data transmission, allowing the network to make informed scheduling decisions without relying on low coding rates. This preliminary information exchange enables the network to allocate appropriate resources and select optimal coding rates, thereby increasing transport block size while maintaining transmission reliability.

The patent applies dynamics by enabling flexible and adaptive bandwidth allocation based on UE capabilities and transmission requirements. Instead of being constrained to a fixed minimum bandwidth, the network can dynamically allocate broader bandwidth resources when needed for larger data transmissions. The UE indicates its capability to handle different bandwidth allocations, and the network adapts its resource allocation accordingly, allowing coverage and transmission efficiency to be enhanced without permanently increasing device complexity.

The patent applies self-service by having the UE actively participate in the scheduling process by indicating its own capabilities, buffer status, and preferred scheduling parameters. The UE essentially serves itself by providing the network with the information needed to make optimal scheduling decisions, reducing the burden on the network to perform complex scheduling algorithms. This self-service approach enables enhanced scheduling with multiple-slot allocation and bandwidth adaptation while keeping scheduling complexity manageable, as the UE has already performed much of the analysis and provided recommendations.