Connection Management TRIZ Cases

An access control reader integrates radar and camera sensors to detect user proximity and movement during authentication.

A wireless device evaluates radio link states across multiple active bandwidth parts to determine failure conditions.

A two-step random access channel maps a physical preamble directly to a shared uplink resource unit for combined transmission.

A mobile terminal sends local identification data to a server that provides brand-specific configuration parameters for dynamic adaptation.

Terminal device performs sensing during active periods to avoid resource collisions caused by inaccurate off-duration monitoring.

Autonomous resource selection by idle terminals reduces base station control complexity while maintaining efficient D2D discovery operations.

A mapping mechanism translates identifiers between IMS and CS domains to route messages accurately.

A user equipment selects sidelink radio resources by processing overheard recommendations from a third device to identify candidate sets.

Segmenting radio bearers by priority allows data transmission in the RRC_INACTIVE state without increasing power consumption.

An Application Function node manages user plane path configuration events through timed message exchanges with the core network.

A handover function unit manages EPS bearer mapping to PDP contexts during network transitions.

Pre-configuring sidelink slot formats mitigates timing delays in RRC inactive states while optimizing spectral efficiency through localized resource allocation.

A terminal device receives network indication to acquire relay configuration information for direct communication.

A mapping service redirects user equipment to edge servers across a second PDN connection.

Terminal embeds a CS fallback indicator within radio resource re-establishment messages to signal pending circuit switching requests.

A controller instructs OpenFlow switches to cache data packets locally.

A mobile station manages access control processing to support origination processing.

Terminal devices establish sessions with a target forwarding device to bypass the server, reducing transmission latency and improving communication efficiency.

Cloud services authorize device types via URIs to automate application installation, eliminating cumbersome manual setup steps that increase deployment time.

Base station selects single or multiple component carriers per data packet to manage radio-link resources.

A network node determines connectivity type using data session sizes to reduce battery consumption and handover drop rates.

Application-specific authentication information enables secure Bluetooth connections for field devices, eliminating delays from separate user interaction steps.

Network side transmits group paging information and indication at designated occasions to MTC user equipment groups, reducing network resource usage.

Source base station transmits user equipment context to a target node before releasing the connection.

A terminal removes non-applicable secondary cells from the cellsTriggeredList to reduce unnecessary measurement report transmissions.

Broadcasting P2P data packets on the current frequency band prevents frequent channel switching among channels 1, 6, and 11 during discovery.

Base stations assign unlicensed frequency channels to user equipment, reducing congestion on licensed bands while maintaining reliable peer-to-peer links.

Terminal device reports antenna capabilities to base station, reducing power consumption and radiation while improving channel capacity.

A virtual associated state enables user equipment to transition efficiently between connected and idle modes using local access points.

Network apparatus aborts configuration updates to process service requests, reducing procedure collision delays.

A home gateway device establishes a single IP address to route data traffic simultaneously across fixed and mobile networks.

A mobile interface device mediates wireless connections between electronic gaming machines and player smartphones using Bluetooth and near-field communication.

A software defined radio gateway adapts digitized audio for push-to-talk over cellular systems.

A control apparatus coordinates base station and wireless signal processing units to minimize communication path overlap.

A mobile data throttling module suppresses application data access during active voice calls to preserve radio resources.

Segmenting user equipments into distinct groups reduces unnecessary power consumption and prevents unintended device involvement during wireless paging.

Client devices monitor WiFi connectivity metrics to initiate real-time data collection when anomalies occur.

Control nodes send relay replacement indications to D2D UEs, enabling seamless communication continuity when existing relays move or conditions change.

Terminal records conditional handover data and reports it to the network device for parameter adjustment.

Deriving separate keys per access type via unique distinguishers prevents impersonation fraud across different non-3GPP networks.

Core network nodes send ISR deactivating messages to associated nodes, preventing resource wastage from asynchronous ISR states.

A domain name resolution method detects sequential inputs to pre-request address information from a DNS server.

A wireless unit performs inter-frequency measurements during DRX on-durations using a common wake-up pattern.

A group manager coordinates simultaneous WFD sessions from multiple sources to a single sink.

A repeater system automatically configures itself by receiving downlink signals from a base station to determine necessary signaling parameters.

A wireless device applies full configuration parameters during connection resumption to maintain service continuity across heterogeneous network nodes.