Connection Management TRIZ Cases

Offloading specific cell measurements to a low-power wakeup radio reduces main radio energy consumption while maintaining reliable cell selection.

Receiving devices request known payloads from transmitters to perform online training of artificial neural networks.

A user device measures received signal strength indicators from nearby beacons to establish a connection and retrieve associated product data.

A wireless transmitter segments frames into dedicated downlink regions to support simultaneous data transmission and reception across mixed duplex stations.

An electronic device conserves battery power by adapting data collection intervals based on detected activity while fusing sensor data to reduce false alarms.

Segmenting the signaling path via an intermediary application layer gateway prevents call interruptions during packet-to-circuit domain switching.

A client-based communication system uses a hardware abstraction component to configure device hardware and establish wireless links with servers.

A gray list segments service requests to enable real-time third-party authentication, preventing malicious access while maintaining system security.

Network entities adjust page concatenation levels based on single-radio LTE device configurations.

AS-based tokens verify RRC release messages via shared keys, mitigating spoofing risks in DoNAS scenarios without full security overhead.

Base stations relay emergency communications to bypass poor signal quality and eliminate standby device requirements.

A printer application detects connected devices and configures host and accessory modes, preventing bill tampering without integration changes.

A virtual control element detects tunnel conditions and propagates commands to forwarding elements for wireless core packet networks.

A communication device detects idle status on a second link to transmit feedback frames indicating channel availability.

A server relays data between wearable and mobile devices using Wi-Fi or cellular networks when direct Bluetooth links disconnect.

Unified eSUL framework enables uplink carrier aggregation on cells without downlinks.

Base station transmits physical layer parameters for tracking reference signals to user equipment in non-connected states.

A frequency hopping sequence generator uses permutation operations on physical cell identifiers and system frame numbers to create randomized channel selection patterns.

A communication device selects a public safety answering point server using location data to conference in the appropriate emergency dispatch center.

A PDCP circuitry allocates downlink data between 5GNR and LTE portions based on uplink noise metrics.

Terminal sends application-derived session type to AMF, resolving ambiguity in 5G PDU session configuration.

Terminal device selects target random access procedure for uplink data transmission while inactive.

An AI system analyzes user attributes to predict mobile device network join probability.

A user equipment mechanism transmits time-related assistant information during conditional handover procedures.

Primary devices share one radio resource control connection with a base station, consolidating network load while maintaining communication reliability.

A terminal transmits an RRC connection resume request message including a valid UE ID to a second cell.

A first terminal establishes a secure link to transmit encrypted profile data from a faulty second terminal.

Segmented binding cache entries resolve routing contradictions by enabling seamless IP flow handoffs between 3GPP and non-3GPP accesses.

A core network mechanism determines user equipment reachability before initiating connection release procedures.

A relay user equipment forwards multicast broadcast service session start information to a remote device over a sidelink interface.

Segmenting random access resources across bandwidth parts reduces collision probability and improves network access success rate.

A communication apparatus manages connection setup using Wi-Fi Direct and Bluetooth Low Energy modes.

A wireless serving node proxy intercepts server requests from network servers before they reach mobile stations.

A user equipment manages uplink transmission using pre-configured resources while in an inactive radio state.

Coordinated Selected Internet Protocol Traffic Offloading establishes new packet data network connections during user equipment handovers.

An SMS front-end server assigns distinct phone numbers to manage user interface context and enable menu-tree navigation.

Stations encode airtime and bandwidth requests to resolve bandwidth availability trade-offs during multi-device sharing.

A user equipment suspends tune away occasions to retain primary subscription resources.

A secondary cell group suspension mechanism manages radio resource states in dual connectivity networks.

A network system manages talk order control by queuing requests for the transmit capability, granting them based on priority.

Network devices determine reference signals based on antenna spacing to reduce matrix dimensions for channel estimation.

A remote device maintains protocol entities across wireless access interfaces to support relay communication.

A relay unit transmits paging messages to remote devices using a multicast address via direct mobile connection.

A network manages bearer changes by updating PDCP state variables across base stations.

IAB nodes transmit backhaul link status to downstream devices, enabling alternative route switching that prevents packet loss during blockages.

Embedding talker identity in UPLINK BUSY messages reduces frame erasure rates and improves voice quality.

Multicast DRX cycles handle unicast traffic to reduce latency and power consumption without standard changes.

Mobile unit detects downlink channel failure and signals base station with disconnect message to tear down communication.