Transmission Systems TRIZ Cases

Identifies congestion and link failures from a single point by correlating packet signatures with known profiles.

Computing node differentiates good and bad news network changes to apply specific SPF delays, reducing processing burden while maintaining stability.

Automated leveling sensors provide feedback to a controller that adjusts hydraulic jacks, reducing setup time and improving accuracy.

A network policing system evaluates flow greediness against compliant path benchmarks to identify misbehaving traffic accurately.

A congestion control mechanism distinguishes packet loss causes to prevent unnecessary activation.

A routing algorithm computes primary and restoration paths using a backtracking distance parameter to share bandwidth between links.

Real-time interference analysis enables dynamic channel reassignment, resolving frequency resource limitations in multi-UAV operations.

Detects multiple touch pressure levels to display corresponding visual images on a touch-sensitive screen.

Network management system establishes GRE tunnels to synchronize route databases, reducing CPU load and SNMP polling traffic on BGP route reflectors.

A pen eraser end adjusts deletion width based on applied pressure to remove electronic ink.

Suppressing service forward routing on the standby link prevents transmission disruptions caused by LSP establishment delays, enabling rapid failback.

A MAC layer segmentation unit dynamically varies packet segment size based on channel quality information.

A network device uses superset packet forwarding to manage multiple overlapping monitoring filters efficiently.

An imaginary destination node enables localized route discovery that reduces network bandwidth usage and minimizes packet duplication in smart meter networks.

Porous planar electrodes with island patterns increase sheet resistance in resistance film input devices.

Subdivides communication cycles into phases to assign real-time messages to designated time slots for deterministic routing.

Integrating protection into the touch panel removes unnecessary films, resolving brightness and cost trade-offs in electrophoretic displays.

A signalling device transmits predefined reference signals to enable user equipment time measurements.

Automated monitoring replaces manual gauging with wireless transmission, enabling timely refill scheduling and optimized delivery routes.

Per-stream filtering modules isolate communication traffic streams to prevent unfair discards and maintain isolation between mismatched physical media.

A two-stage packet scheduler prioritizes delay-critical traffic, preventing buffer overflow and maintaining low transmission delays.

Segmenting a parent tunnel into child paths reduces device complexity while satisfying bandwidth constraints.

A server hosts an RRP application to monitor primary routers and select any network device as a fail-over, bypassing vendor-specific firmware limits.

A network-scoped port mirroring system conveys mirrored data to any node using provisioned layer two point-to-point connections.

Nested detection assemblies sense access restriction element movement to differentiate legitimate from unauthorized keyway attempts.

A routing module establishes a new multicast forwarding path while keeping the prior path active until the new route becomes operational.

A trainable transceiver replaces complex manual training with camera-based visual recognition, allowing automatic device identification and control.

A Femtocell access point detects user equipment roaming by monitoring periodic message reception.

A signal transmission device establishes local wireless connections to relay component status data to mobile terminals without built-in displays.

Dynamic watermarks adjust based on maximum and minimum optical path loads, resolving inefficiency from fixed thresholds in varying traffic patterns.

A tag processing device evaluates context data against stored object rules to trigger automated actions.

Independent MAC address relearning prevents black holing and data loss during active path switching in dual homed network configurations.

A network element routes data traffic via a switch fabric to a virtual subport queue for efficient management.

Atomic data structures enable lockless hierarchical bandwidth partitions, reducing bottlenecks and CPU cycles in multiprocessor networking devices.

Autonomous detection devices adjust sensor polling and communication phase durations to lower power usage in vehicle monitoring networks.

Stacked printed circuit board and removable battery reduce bicycle control device volume while supporting dual antenna integration.

Dual homing network configuration coordinates failover between primary and backup links using IEEE 802.1ag continuity check messages.

A network device configures primary and backup logical interfaces to schedule traffic across aggregated links.

Bidirectional wireless communication enables secure parameter configuration of flight attitude controllers without external cables.

A base station alternates half-rate sub-channels for VAMOS users to reduce interference.

A communication device selects target apparatuses by detecting orientation and transmitting control signals.

A central routing system optimizes network throughput by configuring traffic flows across physical links in carrier networks.

A mobile station estimates transmission delay of queued data units to request uplink permission from a base station.

Accumulating credits over multiple time slices allows unused bandwidth to be saved and used when subsequent traffic bursts arrive, resolving packet drop issues.

A display panel uses sensing lines and switches to detect multiple touch signals simultaneously.

Transmitter repeats wireless signals at random intervals to reduce interference, while receiver learns usage patterns to maintain reliable control.

A route reflector network element detects host failures by analyzing Border Gateway Protocol rerouted data and transmits a negative acknowledgement to redirect traffic.

An apparatus control device associates mobile terminal identification with electrical apparatuses to restrict command transmission.