Particular Environment Based Services TRIZ Cases

A connection management system defines spatial density zones to control in-vehicle wireless link capacity.

A vehicle dashboard device monitors mobile phone usage through short-range wireless communication and generates alarms to maintain driver compliance.

A vehicle shift control system uses multiple PWM duty ratios to encode gear positions and verify signal integrity between the transmission and shift lever.

A server sends a request message with multiple resource identifiers and parameters to a device, allowing it to send updated values only when specific conditions are met.

Portable terminals scan parking space barcodes to transmit user identification data to a central server for vehicle tracking.

Segmenting the retail layout into concurrent maps resolves the trade-off between detailed navigation and overall spatial context.

An on-board communication system uses determination and discard units to identify and remove unauthorized messages before transmission completion.

Vehicle system dynamically adjusts maximum BLE scan parameters based on connected device count, reducing PaaK detection time in noisy environments.

Adaptive status parameter changes manage terminal registration states during network congestion periods.

A vehicle crash detection system uses a microphone to analyze sound waves for collision indicators.

A smart vehicle system shares environmental sensor data between adjacent cars to extend situational awareness beyond individual line-of-sight limits.

Dynamic power allocation prioritizes primary sensors over secondary functions, resolving the trade-off between versatility and reliability.

A source network node schedules periodic radio resources for device-to-device connections before handing over responsibility to a target node.

A communication node determines second signal spatial relations using HARQ feedback indices for first resource blocks.

Ground-based information management modules select relevant data to overcome real-time bandwidth limitations in aircraft flight operations.

A vehicle management system sets a planned return space during usage requests to guide accurate vehicle returns.

Photosensitive recognition replaces mechanical cameras to reduce time loss during information acquisition between devices.

A wireless mesh network transmits alarm data via multiple parent nodes using distinct time slots and frequencies to ensure robust communication.

A vehicular lamp system acquires function information from external storage to operate specific features without replacing the vehicle.

Motion sensors predict device pose to select antennas, reducing scanning latency and overhead in mmWave networks.

Distributed wireless modules with solid state relays enable localized heating of industrial piping vessels.

Configuring no pilot on a physical resource in the second part of PSCCH to determine transmission capability and perform rate matching.

Segmented infrastructure isolates video feeds from public internet threats while maintaining real-time monitoring access.

Encrypted linkage maps enable a single trusted authority to efficiently identify misbehaving vehicles while maintaining privacy and reducing system complexity.

A vehicle wireless network system generates a hashed SSID for secure device pairing.

Beacon networks enable asset tags to resolve indoor location accuracy without relying on GPS or high-power infrastructure.

Geofence detection triggers serverless warming before user arrival, eliminating cold start delays and reducing serving time costs.

CV2X communication enables distributed sensor calibration by exchanging external reference data to update onboard vehicle tables.

Wireless transmitters on multiple floors send signals with common parameters to identify location, resolving GPS inaccuracy and elevation ambiguity indoors.

Inference engine filters fraudulent transport providers by analyzing location authenticity, ensuring fair pricing and service reliability.

Dynamic interface selection maintains service continuity during local network handovers by switching between LTE Uu and PC5 links.

Segmenting networks prevents unauthorized access to critical systems while a contention manager defers non-essential traffic to maintain quality of service.

A drone mesh network shares geolocation data to maintain contact and predict future positions across extended operational ranges.

A digital representation instance migrates between edge clouds to maintain network connectivity with moving intelligent objects.

Automated emergency location service transmits precise geographic coordinates from water-based network devices via satellite and low-power wide-area interfaces.

A system monitors device sensors and communications to automatically update contact location records.

A monitoring system estimates device trajectories to detect radio transmission errors in wireless networks.

A vehicle correlation system uses on-board agent modules to transmit metadata to a cloud detection server.

A security simulation system calculates optimal positions for guards and moving bodies to balance rushing time and coverage area.

Timeout-based synchronization prevents communication failures during mesh network firmware updates.

A state estimation section processes inertial sensor data to control reliability output based on estimated object states.

Pre-calculating encrypted subscription identifiers eliminates the 150 ms computation delay during 5G network attachment.

A trajectory determination device classifies signaling data to produce movement markers for path reconstruction.

A user equipment jointly identifies communication resources using interference sensing measurements to establish direct data exchange sessions.

A shared information management server segments real space into regions to distribute 3D data across multiple mixed reality terminals.

A network server generates data distribution plans based on estimated arrival times to deliver packets via multiple stations.

A LoRa data processing device filters measurement data locally to reduce transmission volume and energy consumption.

Dynamic task allocation between edge and cloud environments reduces processing latency and resource consumption while maintaining robust service delivery.

Computing devices capture image data of controllable devices performing identification actions to determine location and generate configuration information.

Wireless transceivers share preset radio station data between vehicles, resolving the contradiction between manual reprogramming time and preference relevance.