Terminal Device SCG Measurement Behavior in Non-Active States

The patent applies parameter changes by modifying the measurement behavior parameters based on the SCG state. When the SCG is in active state, the terminal performs measurements according to first measurement configuration; when in dormant/suspended/deactivated state, measurements are performed according to second measurement configuration. This dynamic parameter adjustment resolves the contradiction by providing clear measurement behavior instructions for each state while maintaining energy saving benefits.

The patent uses parameter changes to define distinct measurement configurations for different SCG states. The network device configures and indicates to the terminal whether to use first measurement configuration (for active state) or second measurement configuration (for non-active state). This provides clear measurement behavior guidance that enables rapid SCG establishment while eliminating measurement behavior ambiguity.

The patent applies dynamics by making measurement behavior adaptive to the SCG state. The terminal dynamically adjusts its measurement behavior based on whether the SCG is in active or non-active state, as indicated by the network device. In non-active states, the terminal performs measurements according to second measurement configuration which is optimized for energy saving while maintaining necessary measurement precision, thus resolving the contradiction between continuous measurement and energy consumption.