Particular Environment Based Services TRIZ Cases

A vehicle controller detects broadcasted services to establish direct communication links between remote vehicles.

Segmented rule engine applies static and anomaly checks to reduce resource usage while maintaining robustness against malicious messages.

An attack analyzer converts abnormality positions into common codes across electronic control systems to estimate cyber attack types.

Network-assisted V2X WLAN discovery procedures reduce latency in WBSS joining by pre-authorizing devices and storing configuration data.

Inactive bond records prevent battery drain from revoked Consumer Access Keys by detecting invalid authentication attempts and disabling GATT services.

Mobile edge computing servers reduce latency and improve scalability for autonomous driving by distributing processing closer to roadside units.

A V2X communication device embeds authentication tokens within discovery response messages to perform security verification without server intervention.

Group heads assign communication resources based on member location data, allowing distant terminals to reuse channels while preventing proximal interference.

A wireless tracking system manages monitoring agent battery levels through dynamic operational state adjustments.

Optical transmission replaces wireless hardware to lower implementation costs and simplify operations for small apparel firms.

A wireless device broadcasts its unique address as visual indicators on a display for pairing.

A beacon radio node detects physical movement and reports the change to a location service client node.

A vehicle on-board communication device transmits driver intention information wirelessly between vehicles.

A multimedia following system uses vehicle positioning to broadcast customized content on nearby screens.

A torque control system estimates maximum applicable positive and negative torques to manage vehicle traction.

Target WTRU selects anchor devices for sidelink positioning reference signal transmission based on quality of service requirements.

A mobile device relays data from an IoT sensor using a session ticket issued by a management server.

Time-of-flight measurements compare current distances against reference values to prevent relay attacks on motor vehicle access systems.

A V2I communication method acquires vehicle position information using reception power and coverage data from road side units.

A communication system adaptively updates expected operational time durations for barrier operators based on recorded history.

Segmenting street lights into groups with dedicated controllers bypasses central servers to lower latency and isolate control failures.

Processor saves user-defined vehicle-detectable states and actions to enact portable settings automatically.

Peer devices detect and relay geo-location data for lost targets, resolving the contradiction between offline availability and practical tracking.

A source-sink relation framework evaluates sensor data reliability using joint trust assessments between communicating devices.

A vehicular network node generates a regional certificate revocation list to manage security updates locally.

A movable body system modifies exterior appearance based on user identification data.

Remote computing device aggregates sensor data from multiple vehicles to create a dynamic map, overcoming line-of-sight blockage and adverse conditions.

Smartphone-based wearable monitoring system uses biometric sensors and cameras to verify user identity and location data.

Distributed mesh network nodes emit locational signals to calculate device positions, resolving signal blocking issues in enclosed spaces.

A wireless transmit receive unit detects controllable devices and generates a selectable list for user selection.

A frame structure uses guard time and time slots to enable reliable data transmission among distributed IoT devices.

A central node migrates application modules to a local service node on the vehicle before connectivity degrades.

An on-vehicle device receives and stores log acquisition requirements to extract relevant logs upon anomaly detection.