Connection Management TRIZ Cases

Multiple RF transceivers select the strongest network for livestreaming and digital file transfer across production workflows.

This case uses selected communication terminals as relays to preserve redundant base-station paths and reduce mapping delays.

Dynamic CPE timing improves sidelink access and transmission gaps on unlicensed spectrum.

A Wi-Fi controller detects latency or packet loss, then separates multicast traffic across VLANs and wireless frequencies.

This case uses UE capability signaling and network indication to enable gapless inter-system measurements within the active bandwidth part.

Multiple APs use UWB ranging sessions to track clients continuously, reducing roaming overhead and service interference.

This case uses base-station messages carrying candidate-cell configuration so selective CPAC transitions remain secure and efficient.

This case uses PSCell addition/change indicators in SCG failure reports to reduce access failures and radio link failures.

Terminal devices report interruption times by bearer type, enabling radio access nodes to refine configurations during secondary cell changes.

A two-step RACH sends preamble and uplink data in separate slots, reducing access time with procedure-specific RNTI formulas.

This case combines leader data block heartbeats for shared nodes, reducing redundant traffic while keeping follower blocks connected.

This case uses pre-configured resources and UE negotiation to reduce base station load, signaling overhead, and sidelink latency.

This case uses unicast MBS configuration, validity periods, and updates to preserve reception as UEs leave the RRC connected state.