Connection Management TRIZ Cases

A wireless docking engine detects source device location and motion to establish sessions automatically.

A session management network element generates non-IP session contexts based on data network capability information.

A profile-based association method segments client device traffic into distinct work and personal profiles.

Access and Mobility Management Function initiates deregistration requests upon subscription withdrawal notifications from Unified Data Management.

Pre-configuring secondary cells via early measurement reports reduces latency from connected state entry to high-speed data transmission.

User equipment initiates RRC connection re-establishment and performs handovers to conditional candidate cells, reducing data transmission interruptions.

Consolidated trigger frames allocate tone-sets for simultaneous multi-link polling, reducing acknowledgment latency by 72 us.

A user terminal preferentially transmits an RRC reestablishment request to a secondary base station.

Bluetooth Low Energy advertising allows mobile devices to discover power meters without manual pairing, eliminating complex commissioning steps.

Terminal apparatus reconfigures PDCP entity secrecy keys to minimize user data interruption during handover.

Direct session control reconfiguration eliminates indirect signaling overhead, reducing resource consumption during wireless communication sessions.

Pre-stored RRC reconfiguration messages enable a terminal to execute cell level mobility autonomously, reducing signaling latency during network node changes.

A terminal apparatus detects radio link failures on indirect paths and transmits failure information via signaling radio bearers.

Session Management Function nodes determine unique Packet Data Network session identities during user equipment handovers.

A terminal device obtains address information and sends connection details to a communication device.

A terminal selects resources from a pool to transmit device-to-device signals during an exception idle state.

First user equipment measures reference signal received power to configure sidelink discovery transmission parameters.

Multimedia gateway allocates public identities from a predefined pool to resolve administrative burden and subscription volume in private networks.

A UE Radio Capability Identifier reduces core network storage by mapping multiple devices to a single reference profile.

Including a local temporary identifier token in the adaptation layer header prevents identity theft and channel congestion attacks.

Pre-configuring cell groups in non-communication modes suppresses communication delays and enhances throughput upon transitioning to active states.

A device determines a second resource element for rebroadcasting discovery messages using deterministic functions of received parameters.

User equipment receives multicast broadcast service from a candidate cell before completing conditional handover, preventing data loss during the transition.

A wireless base station handover mechanism uses pre-established links to transmit control messages and user data between stations.

Dynamic heartbeat timing prevents transmission interruptions by renewing spectrum authorization before expire times elapse.

A multi-USIM user equipment adapts its configuration to avoid collisions between monitoring occasions and transmission opportunities.

Segmenting model parameters from operation sequences reduces configuration complexity while enabling efficient execution of pre-processing steps.

Network node sends cancellation indication to stop group messaging, preventing unnecessary signaling resource waste.

Terminal autonomously executes RRC information elements using pre-configured conditions and time windows to reduce signaling overhead and decision delay.

A Session Continuity Server coordinates media component transfers between access networks to preserve session continuity during network handovers.

Idle user equipment acts as relays to establish device-to-device links.

A base station transmits configuration signals to switch between multiple CQI tables, enabling flexible modulation scheme selection.

Assigning user devices via multi-technology thresholds reduces hand-off events and maintains continuous service across extended 5G NR coverage areas.

Dividing MTC terminals into clusters with a cluster head reduces base station burden and improves resource utilization under limited spectrum.

Network Data Analytics Function detects misbehaving user equipment through automated data analysis.

Segmenting anchor and assisting eNodeB roles enables SIPTO offloading, improving user plane throughput while managing implementation complexity.

Dynamic pairing interface suppresses unnecessary pop-ups by evaluating proximity and connection status.

Segmenting random access procedures allows differentiated preemption handling, balancing resource utilization efficiency with procedure reliability.

Base station embeds small data in paging messages to reduce latency and resource consumption during uplink acknowledgment.

User equipment overlaps discontinuous reception operational periods to increase available time for measuring signals in a second radio access technology cell.

User equipment adjusts discontinuous reception cycles based on received MAC control element counts.

A roaming gateway mimics legacy network interfaces to accept inbound roamers without physical infrastructure.

Grouping terminals by mobility reduces signaling overhead and prevents waste in reporting mobility information across multiple devices.

A proxy node translates Session Initiation Protocol Uniform Resource Identifiers to mobile network identities for machine-to-machine communication.

Mobile Switching Center monitors IP resource allocation status at Media GateWays to detect bearer failures.

A communication device manages session messages using back-off timers to control network resource availability.

Mobile terminals scale combined beam quality values according to mobility state, preventing penalization of multi-beam cells during high-speed transitions.

Segmenting control and communication portions minimizes interference between UE-to-UE links and base station traffic.

Controller monitors relay status to notify clients of expected disconnection, then selects a new relay apparatus to prevent sudden connectivity loss.