Connection Management TRIZ Cases

Integrated commanding system groups PS-LTE communication terminals via dynamic network segmentation for rapid disaster response deployment.

A radio frequency assembly uses shared antennas and duplexers to support carrier aggregation.

A user equipment apparatus determines multicast service availability during inactive state transitions to maintain connectivity.

A sidelink resource selection method coordinates device-to-device transmissions by identifying overlapping windows.

A Common Service Entity manages trigger resources to initiate device connections.

A secondary network node modification request indicates rejection of data radio bearer type changes to initiate release.

Segmented resource pools and dynamic hopping reduce blind decoding battery consumption.

A vehicle electric device collects and compares sensor pattern information to identify the driver.

Network entity monitors packet data network status and pages user equipment upon disconnection, preventing service unawareness during idle mode.

Configuration parameters control radio link failure reporting to prevent unnecessary secondary node addition delays.

Intermediate network nodes process raw data before transmission, reducing the quantity of data sent and alleviating processing burdens on receiving ends.

User equipment bars bearer release signals to prevent excessive signaling cycles during power-saving mode activation.

Segmenting tracking areas into cell groups reduces paging load and improves resource efficiency.

A UAV swarm incident management method uses sidelink communication to detect spacing anomalies and execute recovery operations.

A wireless device transmits a periodic pattern for idle mode procedures to synchronize network scheduling.

A relay UE forwards RRC signaling via PC5 links, enabling out-of-coverage devices to connect while reducing air interface interference.

A wireless terminal requests sidelink gap configurations from a serving cell to schedule discovery message operations on neighboring frequencies.

A first terminal transmits data via direct and indirect paths to network devices.

A server parses allocation requests to assign virtual identity identifiers that connect terminals to communication networks.

Core network monitors user equipment locations to coordinate direct device discovery.

Relay user equipment accepts or rejects Layer 2 relay requests based on service codes, managing resource utilization while maintaining network connectivity.

An electronic device manages network connections to synchronize audio and video streams across remote systems.

A terminal apparatus selects connection destinations using candidate information and application requirements.

Unified signaling messages join or leave multicast broadcast sessions, reducing latency and power consumption.

An electronic device stores sensing information in non-volatile memory during wireless disconnections to ensure seamless cloud transmission upon reconnection.

A wireless user equipment autonomously releases uplink control resources upon transitioning to RRC idle mode without explicit network signaling.

A dynamic communication gap allocation mechanism negotiates start, length, and periodicity parameters between terminal devices and networks to support paging monitoring.

Processor switches primary data communications between two aircraft radios tuned to the same frequency based on real-time signal strength and quality metrics.

First access network device requests terminal context information from a core network device to reduce local storage space and memory costs.

A LTE single-card dual-standby terminal detects peer voice activity to dynamically suspend uplink data transmission.

User equipment detects RLC retransmission limits to determine radio link availability based on special cell status.

Gateway device broadcasts connectable undirected advertising packets for automatic network joining.

Dynamic SCG state indication resolves race conditions and reduces signaling overhead.

Wireless devices select Training Sequence Codes based on coverage class to transmit access request bursts.

A terminal determines user-plane integrity protection based on indication identifiers from a centralized unit control plane.

Central Unit determines Radio Resource Control state using transport block data from Distributed Unit to support Mobile Terminated Early Data Transmission.

A user equipment transmits inter-UE coordination information based on a configured probability threshold to optimize sidelink resource reservation.

An intermediary node schedules coordinated data between macro base stations and small cells to improve transmission efficiency.

Physical layer signaling dynamically configures scheduling request resources for user equipment.

A mobile radio device processes speech signals from two channels simultaneously to display text transcriptions and play audible voice output.

A wireless device switches between group communication sessions by evaluating local priority levels to join higher-priority calls.

A network controller monitors connected data transfer sessions and terminates inactive connections to optimize resource allocation.

A single communication module handles multiple Subscriber Identification Module connections through dedicated time slot allocation.

Processor identifies standalone mode information in RRC messages to enable quality measurement on specific frequency bands.

Random access response messages transmitted via the physical downlink control channel reduce decoding time and resource usage in 5G systems.

A cluster-based random access method aggregates machine-type communication data using a dual-mode device.