Connection Management TRIZ Cases

A base station establishes auxiliary bearers on anchor and booster flows to enable instantaneous switching between network nodes.

First UE requests second UE to relay signals to a third UE, extending communication range while maintaining reliability.

An LTE system enables device-to-device offloading by selecting nearby user devices as relays.

Computing devices synchronize externally-perceivable outputs across networks to switch between covert and non-covert states.

A UE transmits failure information to a secondary node for rapid master cell group recovery.

Source base stations suspend downlink packets during handovers, reducing radio resource wastage and improving network reliability.

Base station coordinates uplink timing for simultaneous device-to-device and cellular links, resolving interference between communication modes.

Determines monitoring slots for sidelink partial sensing based on discontinuous reception configuration to reduce terminal power consumption.

Home access router segments traffic via modified routing tables, resolving session continuity versus local device communication conflicts.

A serial-to-IP gateway encapsulates raw incident data from legacy PSAP equipment into IP packets for transmission to remote cloud platforms.

Secondary device mediates secure user information exchange, resolving protocol capability gaps in primary devices while maintaining high security standards.

Dividing the precoding matrix indicator into beam groups reduces uplink control information overhead while maintaining spectral efficiency.

Unified data management node exchanges redundancy sequence numbers between session management function nodes to coordinate redundant protocol data unit sessions.

Gateway GPRS Support Node detects invalid Access Point Names and triggers Device Management System updates to resolve unconfigured or faulty GPRS settings.

A network monitoring device filters subsequent paging messages for user equipment to reduce processing load.

A distributed access gateway architecture manages data packet transmission via native IP forwarding and selective tunneling.

Network equipment determines PDN address capability and sends it to user equipment, preventing service interruptions from failed IP acquisition attempts.

A Voice Call Continuity application server receives dropped call indications and transmits location data to a network monitoring system.

A smart resource instrument system captures interaction information to validate instruments before use.

A context management method stores and reuses user equipment context information at the radio access network node upon connection release.

A radio base station controller manages terminal frequency measurement periods to transfer data during gaps.

A terminal coordinates multiple DRX timers by checking running states to prevent configuration conflicts.

Base stations detect reduced capability terminals using random access messages to configure eDRX parameters.

A relay device maps service identifiers to per packet priority information for accurate downlink data forwarding.

Virtualized session management entities share a common database to process messages, eliminating message exchange overhead during core network failover events.

Simultaneous multi-access point association eliminates scanning delays, reducing handoff latency from 100 ms to near-instantaneous switching.

Network Repository Function selects User Plane Functions to serve specific Protocol Data Unit session types over Radio Access Networks.

A processor checks battery energy and lock state before outputting a connection signal.

Dedicated MAC control elements activate TTI-B configurations without triggering intra-cell handovers, preventing session drops under poor RF conditions.

A terminal adjusts maximum scheduling request transmissions based on data priority to accelerate uplink grant acquisition.

A virtualized network node consolidates PDCP and RRC functions to enable flexible resource scheduling across multiple base stations.

A PDN connection mechanism stores mapped 5GSM parameters in user equipment and network nodes during inter-system transitions.

A wireless signal module detects passenger movement to enable automatic elevator floor selection.

Categorizing source attributes into message classes enables routing policies that improve delivery efficiency beyond destination-only algorithms.

Master eNodeB manages key refresh and countercheck procedures to prevent key repetition and detect packet injection attacks during handovers.

A base station groups user equipments by location and allocates a discovery resource pool on a predefined carrier frequency band.

Modified friendly names convey data between devices, reducing interference and unauthorized access in saturated WPANs.

A device tracing architecture uses Bluetooth Low Energy service identifiers to detect proximity between mobile devices.

Enhanced Paging Identification tracks stationary wireless devices to route paging requests directly to serving base stations.

Network pre-configures redirection lists to guide user equipment toward suitable cells, reducing cell selection time during radio link failures.

Tunnel service server encrypts application data to bypass enterprise firewalls while maintaining network security.

A handover control method maintains the connection between User Equipment and the source base station during mobile communication transitions.

A wearable alert peripheral device delivers sensory notifications to resolve notification receipt reliability issues when the user equipment is inaccessible.

Configures RACH occasions with cancellation indicators to guide UE monitoring, avoiding collisions with dynamic scheduling.

Wireless devices adjust discontinuous reception parameters based on logical channel activity status to optimize power consumption.

A receiver processes wireless client identifiers from mobile devices to determine user presence within a building environment.

A management service detects network printers and configures client devices remotely without domain binding.

Dynamic timer T319 configuration prevents premature expiry during small data transmission by adapting to specific procedural phases.

Dynamic prioritization adapts to distinct transmission pools, reducing latency in sidelink communications.

A GTP message structure reserves an extension field to define new information element types within existing protocol frames.