Transmission Systems TRIZ Cases

An electronic ear tag integrates a GPS module and LoRaWAN radio to track herd animals in remote areas without cellular coverage.

An LSP ordering subsystem creates a migration sequence to reduce load on congested network zones without service disruption.

Automatically generates optimal deterministic backup Label Switch Paths using modified link costs and Constrained Shortest Path First algorithms.

A vehicle key fob relays commands through a paired smartphone to extend operational range beyond direct line-of-sight limits.

Virtual reality simulations resolve geographic barriers by allowing remote users to train with real-time pitching data via RFID tracking.

Sequence scanning detects multiple touch points on a resistive matrix without complex sensing circuits, preventing position misjudgment.

Distributed performance monitoring agents detect latency and packet loss to automatically trigger corrective actions that maintain service quality.

Mounting an IC tag on a transparent cover plate resolves visibility and calibration conflicts while enabling wireless data transmission.

Router feedback mechanisms regulate packet rates and intervals based on intermediate hop capacity, preventing congestive collapse while maximizing throughput.

Access network devices identify third-party real-time flows and apply enhanced best-effort quality of service marking to reduce latency and jitter.

Local distortion zones adjust touch coordinates to activate perimeter GUI elements, resolving dead zone limitations near bezels.

Segmented electrode arrays enable localized filtering that rejects charger noise while preserving touch detection accuracy in noisy environments.

A capacitive input device control unit updates reference values based on electrostatic field variations to maintain accurate finger position detection.

A vehicle-mounted data delivery system receives sensor information and calculates an optimum path to transport data between network nodes.

Integrating multiple controllers into one unit reduces system complexity and eliminates interruptions during meetings.

A signal separator output stage uses a control device to maintain constant secondary voltage independent of load burden.

An animal acoustic augmentation device delivers audio signals to enhance auditory perception for pets with hearing loss.

Passive loop detection analyzes traffic patterns to prevent high concentrations while disabling idle ports to reduce energy consumption.

Unilateral pseudo wire disabling prevents flooding and reduces convergence time in VPLS networks.

A fabric access integrated circuit manages cell reorder buffer depth to optimize on-chip memory usage.

An admission control process searches idle backup links for bandwidth to serve unicast service requests.

A control unit coordinates media playback across multiple secondary displays via mobile applications.

A network throughput optimization method adjusts transmission attempt rates based on back-off counters and packet lengths.

Parameter negotiation establishes ROHC channels to reduce header size and improve bandwidth efficiency.

A variable-frequency network device adjusts connection rates to match host interface transmission capabilities using protocol exchange and clock generation.

An OpenFlow switch detects link failures using Bidirectional Forwarding Detection packets and redirects traffic to backup links via flow table updates.

A remote control device notifies confirmation information before transmitting a control instruction to selected electronic devices.

Piezoelectric stylus converts mechanical motion into electrical signals, eliminating battery weight and replacement needs.

A position pointer uses a resonant circuit to detect tablet signals and activate power only within range.

A vehicle-mounted remote control system establishes a bi-directional wireless link to configure transmitter devices for external receivers.

A multi-aspect touchscreen scanning architecture uses shared circuitry for zone and cross-point detection to identify user interactions.

Segmenting communication into VHF range and UHF speed links resolves the trade-off between coverage area and data transmission rate.

BGP routers announce shutdown intent via novel subcodes, maintaining route validity during a grace period to prevent traffic black holes.

PCEs compute AS-disjoint TE-LSPs to resolve bottlenecks in intermediate domains and ensure reliable backup transport.

Electronic control device validates unique user and meter identifiers to authorize secure data transmission.

A detection system identifies proxy ARP agents by comparing test MAC addresses against expected ranges for embedded controllers.

Adaptive Drop-Tail manages queue thresholds to reduce packet loss and queuing delays in network switches.

A topology optimization system dynamically reconfigures physical links between computing nodes to balance traffic distribution.

A touch screen processing system determines target points by analyzing user behavior patterns during interaction events.

A radio control transmitter incorporates a recessed back housing with a slanted inner face to mount a rotatable switch knob.

A second node broadcasts a local repair request to select a relay node for route recovery.

Network resource manager provides feedback on resource availability to application framework, allowing media quick start only when sufficient bandwidth exists.

User equipment measures neighbor frequencies and reports indications to the serving cell.

Directional Bluetooth Low Energy beacons process received signal strength indications to resolve the trade-off between coverage area and detection accuracy.

Multi-touch gesture detection maps specific inputs to geometric shapes, resolving the contradiction between freehand drawing ease and shape accuracy.

A dual-switch on-vehicle control system adjusts transmission intensity based on switch position to maintain reliable communication with a portable machine.

In-band activation messages bypass control modules to activate protecting connections, reducing switch-over latency and improving resource utilization.

Dynamic antenna selection overcomes metallic interference, ensuring reliable data transmission without complex external control systems.

Dynamic bandwidth quotas prevent low priority packet delays by adjusting flow control and scheduling units for balanced throughput.

Sensors broadcast location data to build neighbor lists, eliminating central control and reducing bandwidth usage.