Particular Environment Based Services TRIZ Cases

Optimizing constants in the free space path loss equation minimizes distance calculation errors for precise indoor tracking.

Virtual vehicles aggregate surrounding speed data to identify gradual flow changes, resolving the contradiction between detection precision and warning time.

A sensor apparatus calculates a target function from accelerometer and gyroscope data to detect in-flight status.

A terminal timer maintains V2X transmission on pre-set resources during radio connection recovery.

Adjustable orifices on the conductive strap resolve the contradiction between security and fit, preventing accidental disengagement during tracking.

Segmented control fields enable Rel-14 and Rel-15 devices to identify transmission modes, preventing resource conflicts in shared pools.

User equipment detects vehicle occupancy to stop unnecessary safety message transmissions, reducing communication traffic and power consumption.

An onboard computer executes a script to control passenger deplaning order, reducing congestion and operational delays through automated sequencing.

Nested waveguides reduce vergence-accommodation mismatch while edge caching lowers latency for near-eye displays.

A central navigation server coordinates drone flight by plotting safe paths around obstacles while securing data transmission via cryptographic hashing.

A vehicle communication module selects idle resource locations to broadcast driving information.

A pool automation controller uses a multimode wireless radio to exchange signals with equipment and routers.

A mobile phone grants access rights via short-range communication with a designated device to unlock devices along a route.

Transmitter user equipment monitors sidelink acknowledgment feedback to detect radio link failure events.

Periodic synchronized radar pulses reduce ghost target errors and interference between vehicles, enabling accurate detection in high-density V2X environments.

A vehicle communication system detects user proximity and provides automated access to pricing and configuration details through external signals.

A terminal selects and transmits HARQ response information to a base station based on direct communication feedback.

Network side devices send radio resource control reconfiguration messages to internet-of-vehicles terminals for physical location updates.

An AI rescue system dynamically updates exit paths using real-time hazard detection and indoor location tracking.

A telematics controller switches between eCall Plus and eCall Only modes by periodically identifying SIM values and reattaching to the network.

A first apparatus receives downlink control information from a new radio base station to determine LTE sidelink communication timing.

A User Equipment manages Semi-Persistent Scheduling configurations through dynamic activation and state reporting to a base station.

User equipment detects nearby Bluetooth and WiFi devices to report drive test data, resolving GPS inaccuracy challenges in indoor network optimization.

Crowdsourced wireless nodes detect item location to prevent theft without physical constraints.

Broadcasting system notifies workers of AGV arrival using mixed positioning protocols, reducing idle waiting time during inventory handling.

A vehicular network module dynamically adjusts message generation frequency based on event urgency levels.

Segmenting RRC and physical layer control signals reduces DCI overhead and PDCCH blocking while maintaining spectral efficiency.

Segmented neighbor discovery reduces wireless control traffic overhead while maintaining unique IP addresses across multiple subnets for fast-moving vehicles.

A unified interface consolidates multiple social network service functions on portable terminals.

A wireless communication device classifies frequency channels into groups to optimize data transmission based on reception power thresholds.

A wearable emergency alert apparatus detects conditions and transmits location data via a network connection.

Separable vehicle system units communicate via IP protocols and reproduction rules, decoupling infotainment development from rigid vehicle cycles.

Separating Hybrid Automatic Repeat Request parameters by communication mode prevents identifier confusion while maintaining efficient resource utilization.

An information processing apparatus measures and predicts communication throughput to allocate resources based on service priority.

Mobile communication terminals exchange pairing information with an internet server to authenticate and couple with a vehicle's central computing unit.

Vehicle-mounted controller selects on-demand automated driving vehicles with sufficient energy reserves for pre-emptive dispatch along predefined routes.

UE-specific DM-RS sequences prevent collisions and enhance control channel decoding performance in high-speed V2V environments.

Beacons broadcast indoor position messages to enable accurate 3D location tracking without specialized user devices.

Onboard vehicle computer detects extreme events to automatically unlock hidden vehicle features, resolving cloud dependency during disasters.

A service multiplexer groups sensor data into portfolios to route information over 5G networks.

Dynamic role switching between road side unit and relay node functions reduces infrastructure costs while maintaining network reliability.

A coordinated satellite network system manages multiple shipboard dishes to maintain continuous connectivity.

Discrete sub-period sensing reduces energy consumption and computational complexity while maintaining detection accuracy for periodic V2X booking messages.

First user equipment configures a dynamic beam sweeping start point based on priority and latency requirements.

A terminal device selects a ranging mode using quality of service parameters for accurate distance measurement.

Sensor nodes measure stormwater depth and velocity via mechanical-energy waves, preventing pipe clogging from debris accumulation.

A vehicle system extracts relevant location correction data streams from a server to derive accurate position measurements.

Transmitting UE triggers receiving UE feedback via predetermined data to declare sidelink radio link failure, optimizing resource allocation efficiency.

A vehicle controller distinguishes user seats to perform targeted authentication for connected car services.