Transmission Systems TRIZ Cases

Multi-protocol remote terminal unit translates ISA100.11a and WirelessHART data to eliminate hardware modifications during industrial device integration.

Segmenting pulse lines into scanned groups reduces detection time and power consumption while maintaining touch position accuracy.

A dynamic resizing technique adjusts Traffic Engineering Label Switched Path bandwidth at head-end nodes to handle redirected traffic flows.

A composite connection segments network traffic into multiple component paths managed by a distribution table to transport data across a network.

A wireless control device uses a pulse detection circuit to identify actuation direction and power the transmitter.

A Node-B transmits aggregate maximum bit rate parameters to wireless units.

Aggregates node performance data across network paths to detect anomalies, isolating root causes without dedicated monitoring hosts.

Path flow formulation reduces computational complexity of defining FRR bypass LSPs while accommodating non-linear network constraints.

A television pairs with a wireless device to transmit virtual remote control instructions for interactive user input.

A hybrid sensor network selects between wireless and power line protocols to reduce wiring weight while maintaining reliability against RF impairments.

Replacing resistance films with a segmented grid antenna array reduces manufacturing costs and improves identification accuracy for large displays.

A management interface module sends test requests to verify network port assignments during setup.

Encoding sequence numbers in the CRC field reduces transmission volume while maintaining message integrity and detecting stale commands.

A routing protocol calculates path desirability using link quality indicators and node health metrics to balance traffic distribution.

Noise reduction circuitry isolates and subtracts interference from stimulation signals in touch controllers.

A traffic engineering system dynamically adjusts bandwidth fractions across DiffServ classes to optimize resource utilization in MPLS networks.

A base station scheduler configures silence intervals to measure RSSI during unallocated resource periods.

A remote starter adapter receives probe requests via a wireless network interface controller in promiscuous mode to trigger engine activation.

Self-contained subsea skid uses wireless communication and onboard power to operate remotely without umbilicals.

Interface classification identifications in record route objects enable downstream nodes to locate nearest upstream outgoing interfaces for label switched path protection.

Interspersing gap packets with data streams creates a bandwidth buffer that prevents transit buffer overflow in Spatial Reuse Protocol networks.

Digital power supply uses microprocessor-controlled triacs to deliver precise power while reducing harmonic currents and flicker interference in the grid.

A control device associates distance measurement results with identification information from multiple communication devices.

Near-field sensors detect operator hand presence in the gripping region, eliminating dead-man's buttons and improving ergonomics.

A Wi-Fi to RF converting module merges multiple remote controls into a single smartphone interface for electric appliances.

Ricochet nodes probe representative subnetwork endpoints to evaluate quality of service, reducing probing overhead and improving measurement accuracy.

A smart device retrieves appliance codeset identity data via HDMI CEC protocols to configure command sequences for target appliances.

Proximity detection streamlines remote input discovery, reducing user interaction time and conserving battery power.

Multiple incremented policers measure network interface bandwidth data to determine peak utilization across configurable time intervals.

A two-wire field device uses maintenance current to power its radio module during active transmission cycles.

Secondary controller routes diagnostic data via a dedicated transmission path to a server.

Automated capacity engineering system generates utilization maps and simulates management actions to optimize network resource allocation.

Directed graphs compensate for subset intransitivity constraints, enabling edge elements to compute least cost routes without processor time loss.

Switching mesh load balancing uses weighted path tags derived from packet hashing to resolve latency bottlenecks in complex network topologies.

Flow-Aware Pause Frames target specific virtual streams to pause congestion without halting unclogged traffic.

A display control device determines user direction from touchpad data to generate screen output.

Hardware classifiers on network interfaces route monitored packets directly to user memory, bypassing kernel overhead to reduce latency.

A Resource Mediation Policy Decision Function processes resource requests through a Border Gateway Function to enable direct customer initiation.

A proxy allocates congestion events among transport connections to control bandwidth.

A hierarchical redundant OAM&P architecture consolidates signaling and provisioning data across network entities.

A network line card selectively downloads remote routes using reference counts to manage dependencies and reduce memory consumption.

An extension system encodes activity metadata to render custom posts using dynamic templates and scripts on client devices.

Dynamic measurement states reduce post-dial delays and test traffic volume by adapting monitoring intensity to real-time network conditions.

A wireless access point manages link throughput using MIMO signal processing and transcoding to handle multiple contending devices.

A spectrum authority dynamically assigns uplink and downlink frequencies to ground stations and airborne radio stations.

Node circuits in a data processing circuit network arbitrate message access by packet seniority, eliminating storage requirements and reducing circuit area.

Database cross-referencing detects counterfeit barcodes at point of sale, preventing revenue loss from label switching.

A donut-shaped oxide semiconductor thin-film transistor sensor detects touch direction and intensity through segmented current channels.