Transmission Systems TRIZ Cases

A mobile device acts as a universal remote control by displaying virtual interfaces for multiple electronic appliances over a network.

Transmitter sends repetition packets during free capacity to enable immediate receiver substitution.

Extracting control interfaces from vibratory devices reduces complexity while enabling remote reproduction of touch patterns through a networked garment array.

Class-based flow-subcarrier mapping categorizes data flows by protection needs and rate predictability to optimize subcarrier utilization.

Passive RFID tags harvest electromagnetic energy to enable wireless sensor data transmission within electronic devices.

Round-robin memory access distributes network traffic statistics across multiple banks, reducing latency and enabling near real-time computation.

Teaming driver assigns transmission weights based on network path costs to distribute packets across multiple network interface adapters.

A timing system generates modified timestamps based on average relative delays to schedule packets efficiently.

Advertising available capacity via Ethernet frames allows network devices to adjust data rates and reroute traffic, resolving bandwidth fluctuation challenges.

A light diffusing member with controlled haze reduces intersection visibility while maintaining electrical isolation and image clarity.

Suppression port masks segment congestion control to prevent global pause frames, maintaining switch throughput during port speed mismatches.

Dynamic signal-to-noise thresholds distinguish actual transitions from noise-induced false peaks to improve decoding accuracy.

Combining magnetic and electric antennas with tuned phase differences reduces path loss, extending reliable near-field communication range.

An IoT gateway device analyzes sensor data trends to determine mathematical models that represent the data.

Clients autonomously determine effective allocations and notify peers to prevent network congestion without centralized authority.

Directed echo requests reduce processing burden and false positives by isolating failure locations within multipoint tunnel segments.

Consolidating multiple Bloom filters into a single structure reduces memory usage while maintaining accurate IPv4 and IPv6 prefix matching.

Aggregates client packets into containers while transmitting timing information to restore original packet timing at the egress node.

A modular aquatic robotic platform with interchangeable sensor modules detects water quality parameters via wireless transmission.

Hardware counters trigger interrupts when queues near overflow, allowing the processor to dynamically adjust traffic priorities and reduce packet drops.

Replacing hardwired connections with wireless RF communication and periodic wake-sleep cycles allows sensor repositioning while minimizing power consumption.

Active sub-state bridge ports identify forged STP messages via plausibility checks, preventing unauthorized root bridge changes.

Network devices measure latency, packet loss, and jitter to dynamically switch data paths when primary routes fail to meet quality of service thresholds.

Time-trending analysis of data transfer completion times estimates wireless sector capacity using logarithmic linear regressions.

Consolidated echo responses allow an originating node to determine connectivity status across a full-mesh network without manual per-node login.

Gas discharge tubes eliminate metal rod corrosion in stun apparel while remote frequency changes reduce signal interference.

A network monitoring system filters impaired agent data to maintain accurate health assessments.

A wireless dosing device uses dual timers to monitor command execution windows and reverse unacknowledged changes.

A Routed Split Multi-Link Trunking mechanism synchronizes tunnel data between peer switches to distribute packet forwarding operations.

A remote operation terminal system synchronizes primary settings across multiple devices via an information relay device.

Distributing Spanning Tree Protocol calculations across multiple switching units resolves processor intensity bottlenecks while maintaining loop-free topology.

Networked handheld devices integrate access control and video surveillance to replace fixed hardware, maintaining security operations during component failures.

A data flow diagram conversion method partitions non-input bound nodes into input bound structures while merging redundant elements to minimize memory consumption.

Dynamic menu selection adapts remote control interfaces to work machine configurations.

A common infrastructure middle layer provides reusable authentication and session services across multiple applications.

A loop detection system transmits diagnostic packets across a communications network to identify connectivity issues at the port level.

A connecting switch transmits pen information to resolve capacitance touch panel ambiguity between fingers and styluses.

Virtual switch images simulate communication sessions to verify billing accuracy, preventing underbilling without disrupting live network operations.

A rate limiting network controller monitors ingress traffic volume and signals source devices to reduce transmission rates.

A network management system synchronizes devices and collects configuration data to establish a reliable baseline for infrastructure.

A remote controller establishes a short-range radio-frequency link by matching stored identification data with broadcast signals from an appliance.

A receiver circuit detects flexible data rate frames using a recessive bit counter and analog filter switch.

A car audio output control device adjusts acoustic paths based on received identification codes to manage multiple sound sources.

A tablet processor monitors wireless pen signals to trigger separation alerts.

Packet forwarding engines modify forwarding structures to prioritize chassis-local links, reducing inter-chassis bandwidth bottlenecks.

A wireless network method weights average queue length by per-user channel conditions to determine congestion contributions.

Default maps provide regional mask data so new devices decode active signals compliant with local frequency regulations.

Dynamic adaptation of a universal interface resolves the contradiction between control reliability and device complexity.

A movable cover shields electrical connections until proximity detection triggers exposure, protecting components from damage while supporting the remote.