Transmission Systems TRIZ Cases

A generalized Laplace-constrained fit method maps touchscreen coordinates to display locations using physics-based polynomial expansions.

A router selects transport network links based on required back-up levels stored in a classification table.

A nametag transmitter displays user identification while pairing with a smartphone to manage smartwear biological data.

A Wi-Fi to RF converting device bridges control signals via a multiplexing module, eliminating the need for multiple dedicated remote controls.

Segregating measurement packets prevents loss during transfer, resolving the contradiction between device complexity and measurement precision.

A multicast path generator uses unicast routing tables to establish transmission paths for network nodes.

A terminal device sends directional signals to establish transmission channels with target devices for automatic application program identification.

A cloud-based monitoring system corrects implantable sensor data using historical measurements and regression algorithms.

Segmenting transmission modes prevents unauthorized long-distance code inheritance without adding complex threshold circuits, reducing device complexity.

A tablet stylus detects six degrees of freedom gestures to simulate natural airbrush painting effects on a digital canvas.

A wireless access point defers client association requests to redirect users to alternative nodes with available capacity.

Border routers designate peering links as passive interfaces to collect bandwidth availability data for interior path computation.

A tire-mounted sensor determines wheel position using tangential vibration signals detected during rotation.

A network system manages communication connections between components using unique device codes and connection sequences.

A mobile connect server authenticates devices using displayed pairing codes, resolving integration complexity while enabling personalized content access.

A vehicle storage system classifies data into local and remote segments to manage information flow.

Compensates timing skew across wavelength division multiplexed optical networks using dynamic signal path adjustments.

Contact sensing determines user grip and selects input subsets, preventing interference between visual, spatial, and touch methods.

Aggregated protocol forwarding liveness messages detect neighbor failures quickly by combining multiple protocol statuses into single data plane packets.

Master node segments the channel into reserved time slots for tag nodes, eliminating collisions and boosting throughput in dynamic wireless networks.

Bidirectional communication protocol validates encrypted messages using timing parameters to secure remote device actuation.

A wireless transmitter connects to a power supply socket within an electronic control unit, eliminating physical wiring for peripheral devices.

Control unit modifies sensor signal levels for distinct transmission, preventing cross-circuits in common cables.

Integrating a piezoelectric layer into the touch panel stack merges speaker and sensing functions, reducing device volume and manufacturing complexity.

A remote control transponder emits periodic verification signals to authenticate valid devices before actuation.

A detachable button integrates wireless modules and contacts with garment traces to transmit signals without piercing fabric.

A traffic shaper uses a constant rate emitter to smooth data flow, preventing short bursts from overwhelming downstream network elements.

Segmenting service areas into local mobile VoIP servers reduces central processing load while maintaining accurate location tracking for mobile devices.

Network interface system inserts congestion management tags into frames to push congestion handling from core points to edge devices.

Dynamic traffic shaping stabilizes VoIP services by adjusting flow constraints based on real-time event correlation and feedback loops.

Pre-computed backup tunnels reroute packets around failed links, eliminating unacceptably long recovery times from BGP message exchanges.

Integrating a gateway into portable devices eliminates fixed hardware bottlenecks and reduces service disruptions during maintenance.

Relay servers select inbound traffic paths based on continuous quality monitoring, resolving the inability of conventional systems to control inbound routing.

Classifies clustered congestion versus unclustered errors via selective acknowledgments to maintain data rates and improve link utilization.

An intermediate system suppresses reinitialization detection and queries neighbors for routing data to reconstruct tables.

An electronic vaporizer uses automated thermal profiles to optimize heating conditions for specific materials.

DAL algorithm reroutes packets around congested links in HyperX networks, balancing load and maintaining in-order delivery without deadlocks.