Transmission Systems TRIZ Cases

Host operating system segments network traffic using hardware receive rings and intermediary virtual switches to isolate guest operating system data flows.

Automated monitoring tool adjusts DSL configuration parameters based on real-time performance data.

Multi-factor authentication using button sequences and sensor data prevents unauthorized access while managing device complexity.

A system collects gateway traffic statistics and correlates them with network topology data to identify trunk status.

A flow classification process assigns labels to client frames at the network edge using IP header entropy.

Integrating electromagnetic sensor coils and thin film transistors within the display panel reduces weight while maintaining optical quality.

Portable computing module controls railway switch heaters via wireless mesh network, eliminating manual access to hazardous control panels.

A network device selects packets for removal based on codec frame size to manage queue saturation.

Advertisement messages carry type-length-value objects with specific flag bits to report out-of-resources conditions for network entities.

Distributing BGP routes across multiple modules resolves centralized performance bottlenecks while improving processing efficiency.

A home gateway executes pre-defined operation modes by transmitting control commands to multiple devices based on stored lists.

Calculates service redundancy via weighted capacity ratios, identifying vulnerable network areas for targeted infrastructure repair.

A mapping unit adjusts scaling relationships between digitizer tablet coordinates and display screen positions.

A wireless proxy apparatus manages sensor pairing and data transmission within body area networks.

An IoT button platform processes user responses via local Wi-Fi to drive real-time display updates, bypassing congested cellular networks.

A capacitive touch panel adjusts sensitivity using lookup tables for charging states.

Dynamic buffer control monitors client consumption rates and adjusts server transmission speeds to prevent depletion, reducing device size and cost.

Inclined bridge patterns connect sensing electrodes to balance base capacitance, reducing position detection errors.

Receiver monitors buffer capacity and sends feedback to transmitter, adjusting data rate via signal-to-noise ratio imitation to prevent buffer overflows.

An integrated gas meter pressure regulator adjusts flow via remote signals or automatic thresholds.

A bicycle electronic shift control system uses wireless signal transmission between primary and secondary devices to consolidate components.

An actuator validates commands via authorization tokens in a message broker, preventing unauthorized access and hacking attempts.

A virtual queue anticipates congestion by simulating real queue behavior and allocating tokens to categorize packets before they enter the system.

Segmented baseline monitoring identifies local or remote network degradation sources without increasing system complexity.

A mobile device communication application scans a wireless access point identifier to automatically retrieve network credentials.

Interlaced scanning of capacitive sensors enables multi-touch detection while reducing circuit connections and eliminating separate controllers.

A communication system redirects SMS traffic to a messaging cloud using dynamic load balancing algorithms.

A haptic interface system generates dynamic textures on a touch screen using real-time texture generation and pressure sensing.

Segmenting flooding via a spanning tree backbone reduces overhead by 50% and accelerates convergence in large-scale link state routed networks.

Radio wave terminals with acceleration sensors detect item vibration to locate hidden objects, overcoming infrared line-of-sight limitations.

A cellular phone uses a second transceiver unit to receive radio signals and switch to an active mode for direct security device control.

Upstream switches receive reverse status messages to detect downstream failures and reroute traffic via pre-established protection paths.

Information terminal sorts appliance icons by priority using state and sensor data to resolve fixed arrangement inefficiencies.

A congestion detection apparatus extracts packet groups from network traffic to identify specific loss positions within the sequence.

A UDP traceroute probe extension embeds structured data within packet fields to enable detailed network path analysis.

Shared scan lines merge data and scanning functions, lowering manufacturing costs while maintaining high resolution.

PDQoS assigns drop precedence values to packets, eliminating packet reordering and reducing router complexity.

A black channel transmits position data between an encoder and control unit using independent evaluation units.

Electronic display board illuminates coded play patterns via LED lights controlled by remote signals.

A touch interface adjusts movement scaling to enable precise cursor control on small targets.

Input buffers and synchronized segmentation enable seamless traffic switching between primary and backup line cards.

A passive RFID transponder stores operating parameters in non-volatile memory via NFC communication.

A mobile scanner reads product codes to retrieve specific data, resolving the trade-off between immediate information access and system complexity.

Integrated circuits process data asynchronously using deterministic signal patterns to resolve inadequate transmission line lengths and slow packet speeds.

A portable device determines its position by measuring signal parameters from multiple wireless networks.

Dynamic routing tables reduce post-dial delay by enabling real-time route selection without database lookups.

Segmented capacitive touch sensor layout resolves edge location inaccuracy by interlacing edge and interior sensing elements to optimize measurement precision.

A network device allocates queue memory to flows and prioritizes retransmission based on allocated space.

A cell site element detects congestion by measuring receive jitter buffer levels to manage backhaul traffic.