Services Signalling TRIZ Cases

Automatic extraction of app and content status keeps presence information current and enables richer sharing in communication networks.

Wireless sync messages and local zero-crossing timing let distant power nodes identify their AC phase more accurately.

Wireless sync messages and zero-crossing timing let remote power nodes identify their connected phase without physical line tracing.

RFID-based consumable tracking verifies authorized component use in material processing systems and supports loyalty benefits and troubleshooting.

Lossless encoding selected by data type cuts ACARS message size and bandwidth use while preserving compatibility with character-oriented links.

Lossless encoding cuts ACARS character count for binary file transfer, reducing bandwidth use and transmission cost on legacy links.

Different display rules for first- and second-type friends keep promotional chat visible without blocking user input in instant messaging.

Customizable beads, GPS, Bluetooth, and LEDs turn a smart bracelet into a real-world social cue system for easier in-person connections.

UE capability reports are stored in the AMF to support accurate 5G positioning with lower latency, even when devices stay idle or inactive.

Voiceprint recognition and distance checks assign one master voice device, preventing simultaneous responses to a user's command.

Configurable standard and proprietary positioning modes let IP-based AoA/AoD anchors handle more tags per time unit while preserving interoperability.

Clinician-controlled bidirectional links enable secure real-time interrogation, programming, and data streaming for implanted medical devices.

Advance signaling of serializer and deserializer formats lets network endpoints translate data formats while cutting run-time overhead and bandwidth use.

Disposable wireless tokens let nearby users exchange approved profile access after meeting, preserving face-to-face time and richer contact data.

Personality and inventory data let personalized devices predict needs, authenticate purchases, and deliver items without user shopping.

A scrubbed token list lets edge networks verify roaming mobile ad delivery while protecting consent data and user privacy.

By retrieving and converting GPSI from network elements, the NEF lets AF and EAS access capability APIs without direct identifier access.

Directly sends app and scenario identifiers over Bluetooth, NFC, WLAN, ZigBee, or UWB to avoid Internet relay, server cost, and privacy exposure.

A UPF-anchored handover preserves UE application context across CUs, cutting latency for AR, navigation, and other low-latency sessions.

Compact modality identifiers let a centralized processor recognize each input type, improving multimodal calculation and translation accuracy.

Location-based security profiles adjust authentication by geographic zone, protecting sensitive data without adding constant login friction.

A nearby GPS phone shares live location with a non-GPS mobile so emergency calls reach the correct PSAP instead of using outdated home data.

Pairs users for live interaction before profile review, cutting wait time and bandwidth use while improving matching with post-chat feedback.

Duplicating user configuration across authorized servers lets users authenticate, register, and keep private or group communications active.

Rule-based ping-pong data removal and spatio-temporal grid clustering improve staying point detection and trajectory recovery from cell phone signaling data.

Preprocessed social, location, and preference data helps rank job matches faster while managing multi-source data complexity.

A cloud intermediary creates user connections through a third party, enabling communication without exposing phone numbers or network IDs.

Priority-based UE training data collection preserves critical handover data under memory limits, reducing override risk and protecting AI/ML accuracy.

Signaling scope lets one control signal target a single media player or a device set, simplifying coordinated audio-video control across Bluetooth and Wi-Fi.

A cloud intermediary relays requests through a second user so contact can be established without exposing phone numbers or network IDs.

A feedback-updated nodal network links entities, users, and attributes to deliver accurate recommendations with less computation and storage.

Device-set control signaling lets a media player coordinate Bluetooth and Wi-Fi audio-video devices through one interface with less user effort.

Dedicated SIB validity timing lets terminals use only current positioning data, cutting network overhead and power use in IoT devices.

Dummy data keeps an emergency PDU session alive by resetting inactivity timers, avoiding session drops and service interruption.

Scenegraph transfer lets remote devices render shared applications locally, cutting bandwidth and avoiding full app installation.

A focus area in a map GUI auto-surfaces friend context as icons enter view, cutting taps while avoiding map clutter.

Small data transmission lets a UE join multicast sessions in RRC inactive state, avoiding connected-state transitions and cutting load.

An OS API lets apps request power, security, accuracy, and latency targets, then selects the best ranging mechanism for each use case.

Cryptographically authenticated location data from a network node helps service providers block spoofed position reports and service abuse.

Synthetic mobile device profiles compare intended and actual message rendering to catch targeting and formatting errors before deployment.

Passive listening to single-burst FTM exchanges enables accurate position estimation while reducing privacy exposure, power use, and scaling limits.

When F1 signaling responses are delayed, priority switching and timeout handling keep urgent 5G control tasks executing on time.

Temporary post pooling preserves multi-image edits and captured content on mobile devices, even after accidental app termination.

Reminder moments are set by service type, user status, and preferences to avoid simultaneous wearable notifications and missed alerts.

Keeping location context and requests active during network switching preserves trigger monitoring and improves location reporting reliability.

Beacon-based P2P sharing lets mobile devices refresh CDN data without Wi-Fi or cellular links, improving access in remote networks while saving battery.

Multiple assistant terminals send sidelink measurement data to a core network device, improving UE positioning accuracy when cell coverage is limited.

Multiple assistant terminals send sidelink measurements to a core network device, enabling more accurate positioning when cell signals are limited.

Embedded digital identifiers link images to share statements, helping platforms trace distribution and enforce removal or sharing limits.

Filters nearby users by location, interests, and recent activity to support real-time social interaction without continuous tracking.

A host shares scenegraphs instead of video frames, cutting bandwidth while letting remote and wearable devices render and interact locally.

Network-based location management replaces GPS and third-party apps to improve indoor availability, security, and mobile power use.

Browser extension scans websites and transmits protected opt-out cookies that persist after user-initiated cookie deletion, maintaining privacy control.

Automatic device discovery and content sharing reduce manual synchronization complexity while maintaining user privacy through preliminary consent.