Particular Environment Based Services TRIZ Cases

Network node restricts beam search space using historical mobility patterns to determine optimal transmission directions.

Ethernet controllers access memory buffers directly via descriptors, bypassing CPU processing to reduce latency in vehicle zone control units.

Access points use intermediary user equipment coordinates to resolve indoor location accuracy while avoiding weak GPS signal reception.

A virtual fencing system adjusts its boundary based on secondary device location updates to maintain a defined perimeter.

A portable device generates RF fingerprints and environmental signatures to autonomously label physical subdivisions.

A wireless location estimation method selects candidate positions based on signal strength reliability metrics.

Wireless communication modules assign elevator calls locally to eliminate single point failures and lower data transmission overhead.

A physical location monitoring system maps network ports to building coordinates to detect user positions.

A computing device aggregates consumer interaction data to calculate an implicit popularity number for physical retail products.

An autonomous vehicle controller predicts congestion in expected driving lanes to enable stable lane changes.

Dynamic transmitter selection reduces network costs and conserves data usage by routing cargo device traffic through optimized near-field channels.

A wireless network uses dual-mode communication units to dynamically extend coverage and maintain connectivity across distributed electronic devices.

An electromagnetic clutch holds a vehicle sliding door in position when network communication is unavailable.

An attack analyzer integrates alive signals from security sensors to estimate cyber attack routes within vehicle electronic control systems.

A vehicle detection device switches unconnected receivers to a ready state for simultaneous radio wave acquisition.

A virtualized wireless mesh network mixes base station resources to deliver scalable broadband throughput.

Mobile sensors determine user position via crowdsourced data, resolving indoor signal blockage.

Selective PDCP duplication limits active RLC paths, reducing unnecessary PDU generation and improving spectral efficiency.

Base station tunneling forwards configuration data to extend coverage beyond direct gNB reach.

An anomaly detection device monitors vehicle Ethernet frames to identify illegitimate communications during service-oriented interactions.

Centralized global inventory database coordinates localized RFID interrogator subsystems to identify items via unique electronic product codes.

A third vehicle acts as a dynamic relay node to extend DSRC communication range, ensuring timely hazard warnings reach out-of-range traffic.

A sensor data processing method calculates target sensor data using interpolation algorithms based on raw sensor data, actual output data rate, and a target output data rate.

A dual antenna receiver system identifies line of sight conditions using a coherent generalized likelihood ratio test on synchronized antennas.

An installation application links security sensors to an on-site console for automated signal transmission and acknowledgement.

System detects driving via sensors to block messages, avoiding multi-device complexity.

Receiver feedback signals enable transmitters to detect collisions and retry selectively, preventing frame loss on shared vehicle networks.

Physical layer sensing isolates available resources in mode 4 pools, preventing interference with mode 3 transmissions while maintaining data reliability.

Mobile devices sample fixed signal sources to create a spatial mapping, enabling accurate indoor positioning where GPS fails.

Terminal measures phase difference of arrival across multiple propagation paths to determine location in wireless communication systems.

A terminal selects a subset of sidelink feedback channels to maintain contiguous frequency resources during simultaneous transmission.

NFC tags and geomagnetic positioning guide engineers directly to faulty smoke detectors, reducing time spent locating devices in large facilities.

An asynchronous observation matching system estimates remote sensor data using motion models to localize objects in connected vehicles.

SNS media studio server registers user-designated locations as open type points of interest for social sharing.

A vehicle authentication system verifies device identity using a random number challenge and HMAC comparison to ensure secure communication.

A server control unit transmits imaging commands to nearby vehicles to capture and store visual data from an accident site.

Multi-cell multicast coordination entity manages radio resource requests from eNBs to distribute MBMS scheduling information.

A flight vehicle communication control unit enables direct terminal relay via a user plane function.