Connection Management TRIZ Cases

Segmenting multi-TU PUSCH transmission into groups reduces beam switching delay and signaling overhead while improving communication reliability.

A communication apparatus sets data transmission amounts based on detected wired or wireless direct modes to prevent performance deterioration.

A network device sends a single random access response message using one RA-RNTI to acknowledge multiple preambles simultaneously.

A mobile terminal transmits execution instructions to an image forming apparatus that generates and displays a matching authentication code.

A computing device negotiates pause priority with peers to coordinate access point disconnection timing.

An adaptive threshold algorithm detects the end of a PauseA in near field communication signals using dynamic amplitude comparisons.

User equipment refrains from declaring radio link failure after initial random access listen-before-talk failure and performs a second procedure.

RRC messages indicate secondary cell initial states to enable immediate data transmission, eliminating activation command delays.

Target eNodeB verifies UE context using a Cell Radio Network Temporary Identifier to continue handover after radio link failure, reducing state changes.

User equipment timers pause during base station listen-before-talk delays and resume upon channel occupation to prevent premature expiration.

Time division multiplexing segments reception periods to resolve the contradiction between increasing system capacity and managing connection complexity.

Machine Type Communication Interworking Function routes trigger indications to multiple devices via broadcast centers or mobility management entities.

Merging filtered session identifiers and timestamps from separate radio access technology logs enables accurate KPI measurement without manual drive tests.

User equipment detects duplicate EPS bearer identifiers during 5GS to EPS inter-system change and resolves collisions by replacing or deleting existing bearers.

Network data collection method updates existing subscriptions via Nnf_EventExposure_Notify messages to resolve adaptability versus complexity trade-offs.

A split bearer architecture establishes a direct user plane path between the secondary node and terminal device to bypass control plane routing.

A user equipment obtains subframe configurations from a primary base station to perform random access procedures on a secondary base station.

A path selection method uses relay discovery to establish transmission routes for direct device communication.

Terminal exchanges service information with base station to activate multi-cell operations, reducing cell resource overhead in RRC inactive states.

User equipment signals connection exceptions to a secondary base station, enabling rapid master node recovery and reducing transmission interruptions.

Network device determines status information and generates indication data allowing terminal devices to create unique identifiers that resolve conflicts.

Master and slave controllers use secure L2 tunnels to maintain network integrity while reducing operational complexity during client roaming.

Base station broadcasts instruction messages to gather peer-to-peer information for dynamic mode selection.

Serving gateway assigns S1U GTP TEID to route MEC traffic and prevent private IP leakage.

A communication device schedules overlay phases using trial link measurements to enable simultaneous access point and station transmissions.

Base station selects relay mode using candidate device metrics to enhance signal quality.

Base station determines device-to-device transmission parameters using reference signal feedback to resolve channel quality and interference trade-offs.

Unified Data Management triggers Session Management Function to delete stale PDU session contexts after abnormal deregistration.

Assigning ephemeral identifiers to inactive user equipment enables direct downlink addressing, reducing latency and overhead from anchor node context fetches.

An aperture switch adjusts antenna resonance characteristics to maintain impedance matching across multiple network bands.

Segmented system information blocks configure a relay user equipment to forward data, resolving coverage gaps for remote devices outside network range.

Electronic devices exchange data by comparing unique vibration waveforms generated during simultaneous shaking.

Information processing terminal manages wireless authentication via proximity detection.

A pseudo-IMSI generation method creates mobile session identifiers for neutral host networks using random binary conversion and decimal truncation.

User devices dynamically trigger RRC protocol state transitions based on application-specific data timing sensitivities.

A method for performing layer 3 handovers between core network entities in packet-switched networks.

A secondary base station establishes an S1 interface to exchange data with a primary base station.

System maintains playback continuity across zones by automatically synchronizing playlist modifications after mobile device reconnection.

User equipment embeds detection information into data packets to identify encrypted traffic types without decrypting payloads.

Segmented grant processing with capability indicators allows user equipment to perform multiple transmissions, reducing resource waste from unallocated grants.

Base station manages RRC connection resume by processing NAS rejection causes from the MME.

Newer network equipment relays updated node status information to older generation devices, resolving connectivity failures caused by stale availability data.

A measurement device groups base transceiver station icons to conserve screen space.

A terminal apparatus initiates random access procedures based on physical channel indications from a base station.

A hearing protection headset receives wireless messages from personal protection equipment and converts them into speech for the user.

Consolidating cell-specific DRX parameters into a single group configuration reduces network energy consumption while minimizing user equipment complexity.

A terminal synchronizes Minimization of Drive Test measurement cycles with Discontinuous Reception periods to reduce idle mode power consumption.

A user equipment selects a proxy call session control function address via a network relay to route session initiation protocol messages.

Pre-established binding information enables reliable metadata delivery to monitoring UEs without optional authentication steps that increase complexity.