Connection Management TRIZ Cases

Time division multiplexing schedules uplink data across separate subframes, preventing simultaneous transmissions that cause receiver sensitivity degradation.

A wait timer indication in the RRC connection release message coordinates UE reconnection timing.

Configures RDS destination ports via LwM2M objects to multiplex multiple simultaneous connections over a single non-IP data call.

A first network node configures a user equipment to perform measurements using a shared gap pattern determined by an existing secondary node configuration.

Local priority comparison eliminates signaling overhead and delay from centralized floor arbitrators in push-to-talk networks.

An application server detects terminal connection states to determine optimal transmission modes for service data delivery.

A radio network node matches paging identities across multiple network slices to locate wireless devices and initiate communication.

A computer device verifies candidate receiver identifiers against allowed lists before transmitting emoticons.

A wireless communication device adjusts advertising intervals to balance reconnection speed and power consumption.

A mobile terminal disconnects from a communication network when adjacent to a license target device.

A serving gateway releases stale PDN connections after mobile management node re-attachment.

A secondary network node requests measurement information from a master node to select candidate cells for special cell changes.

Segmenting CU and DU responsibilities resolves handover complexity in 5G architectures, improving resource utilization efficiency.

Hardware identifiers distribute cellular authentication across network nodes, reducing control plane traffic and improving IoT scalability.

RAN nodes request eDRX assistance information from core network nodes to generate user equipment configurations.

Initiates direct device-to-device communication via network-mediated resource allocation.

Audio signal collection builds user risk profiles to control target device access, resolving reliability issues in environments lacking landline infrastructure.

User equipment rolls back security configurations to match network parameters after out-of-service events.

A terminal apparatus determines forwarding responsibility using Reference Signal Received Power measurements from peer devices.

A group service server generates message inform information to notify mobile terminals of incoming group messages without requiring active user access.

Capturing environment images identifies obscured pairable devices, displaying their status via graphical representations to resolve pairing complexity.

A mobile terminal manages connected routing devices by automatically switching based on network connection parameters, eliminating manual user intervention.

A configurable antenna restricts its visibility range to minimize hidden nodes in wireless networks.

A resource determination method allocates sending resources for sidelink control signaling using pre-configured pool information.

A device monitors IMS timeout thresholds to trigger immediate circuit switched fallback procedures.

User Equipment triggers priority list reporting to the eNode-B when sidelink logical channel configurations change.

A terminal manages simultaneous MCPTT service requests by applying priority-based segmentation rules to existing connections.

Segmenting D2D resources into groups with logical channels on different time domains enables mutual monitoring between user equipment.

Terminal configures concurrent measurement gaps via capability signaling, reducing configuration management difficulty.

A multi-access PDU session distributes user traffic across multiple access networks using an ATSSS preference mechanism.

Unified DRX configuration aligns air interface and sidelink active periods, reducing transmission latency and improving resource efficiency.

Phase-shifting a shared CAZAC code and multiplying it by an assigned Walsh code increases the number of assignable terminal stations.

An inter-working unit translates IPv6 packets for transmission over IPv4 GPRS networks.

Segmenting call routing via a local PBX reduces latency and operational costs by eliminating core network involvement for intra-group communications.

Network equipment detects data radio bearer integrity check failures and executes predetermined handling operations to maintain transmission integrity.

Assigns a temporary emergency route back number to shared lines, enabling callbacks when dedicated identifiers are unavailable.

Carrier-specific scaling factors adjust measurement periods for user equipment in 5G FR1 dual connectivity, resolving undefined standard gaps.

Mobile device connects to power tools using short-range advertisements and signal strength measurement for quick pairing.

Aerial user equipment logs altitude and speed data at cell boundaries, enabling networks to estimate mobility states accurately for faster vehicles.

A terminal device sets its status to deregistered from a first access network.

Base station configures measurement bandwidth and location on a carrier to resolve contradictions between precision and complexity.

An EATF entity anchors calls and performs media negotiation to accelerate emergency session routing in IP Multimedia Subsystem networks.

Electronic devices select wireless communication links based on real-time state detection to route data packets efficiently.

Evaluating signal quality and device type before initiating handovers reduces network congestion and signaling overhead while maintaining service continuity.

Pre-configured candidate cells enable rapid IAB node migration, reducing service interruption time during radio link deterioration.

First base station manages radio connection reconfiguration for seamless handover to a second base station lacking control functions.

A multi-subscribed wireless device exchanges bandwidth configuration parameters between distinct public land mobile networks to manage radio resources.

A sidelink positioning protocol enables user equipment to exchange messages in session or sessionless modes.

M2M terminal requests base station context maintenance during idle mode transitions to reduce signaling overhead and power consumption.

A wireless access network dynamically adjusts dedicated bearer setup timing based on real-time base station load conditions.