Transmission Systems TRIZ Cases

A gateway device encapsulates IPv6 packets within IPv4 envelopes to establish direct radio transmission paths across wireless mesh networks.

Routers autonomously select next hops using periodic identifier multicasts, eliminating terminal complexity while reducing congestion.

Home agents encode node identification in multiple tunnel encapsulation limit fields to detect data packet loops and prevent network congestion.

Routers match ingress tags against forwarding tables to discard unauthorized packets, mitigating flooding and DoS threats.

A predictive caching system stores IP content on mobile devices during non-cellular connectivity.

A portable device automatically switches between ad-hoc and infrastructure wireless modes.

A priority assignment device organizes sensor data packets into multiple buffers linked to distinct transmission mediums.

Assigns separate modulus bases to the duplicate avoidance entity and reception buffer, eliminating comparison errors during out-of-sequence delivery.

A remote control system automatically discovers new home appliances and configures them without manual editing of setting files.

A wireless packet scheduler calculates holding times to prioritize data transmission based on quality of service metrics.

Laser emitting components modulate attack information into directional signals, reducing false hit probabilities caused by infrared scattering.

A cable modem system monitors Session Initiation Protocol messages to request dynamic bandwidth allocation from a cable modem termination system.

A trunk selection algorithm establishes bypass tunnels to reroute data traffic across multiple trunks.

User equipment collects environment state information to generate prompt information, resolving notification perception issues in noisy or distracting settings.

Ingress network processing unit hashes destination IP and port to route traffic without full flow tables, eliminating synchronization complexity.

Mobile phones mediate text entry for large screens by synchronizing editing status across devices, resolving cumbersome input on televisions.

A scanner library manager stores decoding settings per application to enable simultaneous symbol reading.

Load balancers advertise a single-host IP address to route traffic between data centers, preventing session persistence loss during failover.

A first node detects updated link state packets using authentication criteria to update routing information.

An independent station manager enables bi-directional management information exchange over an embedded channel within existing data traffic.

Adjusting LED drive current during calibration with a gray scale target resolves non-uniform response issues in optical reader systems.

Centralized enterprise network architecture maps wireless LANs to IP tunnels, resolving security control versus infrastructure complexity contradictions.

An IPFIX protocol extension exports hierarchical structured data using nested templates and variable-length lists.

A transmitter buffer uses Ethernet pause frames to manage data flow and prevent overflow.

Class-specific flow control prevents high-priority traffic delays by pausing only lower-priority classes when buffers exceed thresholds.

A flexible connecting portion links an internal elongate member to an external stimulation arm, permitting dynamic movement between open and compressed positions.

A wireless device discards uplink data packets to prevent congestion buffer overflow and maintain acknowledgment transmission speed.

A wireless router detects disconnected devices and triggers an input apparatus to restore power, enabling remote control without keeping modules active.

Segmented display control identifies packet data dependencies during testing, reducing manual investigation time for LTE multiplex errors.

A base station router manages packet routing paths to deliver quality of service metrics across heterogeneous wireless networks.

A network traffic classification system observes node behavior patterns to create matching rules for policy enforcement.

A portable control module determines its position relative to a household appliance using wireless communication signals.

Advertising loop-free alternate paths reduces computational overhead by skipping notvia address calculations during network failures.

Centering visual feedback at the touch location eliminates obscured indicators and inefficient screen real estate usage on handheld devices.

An in-home controller automates user registration by transmitting stored identification data to an external server.

A transport layer relay device manages bandwidth distribution across multiple connections using application information analysis.

An adaptive RFID reader dynamically adjusts interrogation rate and power based on real-time signal analysis.

A battery powered wireless alarm device monitor uses a logic circuit to toggle output signals at a predetermined rate.

Segmented IuUP procedure control buffers and executes rate messages independently, preventing dropped requests during successive adjustments.

Network-based command processing replaces line-of-sight infrared remotes, enabling bidirectional UPnP device control without battery dependency.

A display device integrates light detecting units with capacitance detecting units to identify contact positions.

Redundant wireless communication system in submersible inspection devices uses multiple radios for continuous data transmission.

A load balancing server coordinates call signaling channels between endpoints and gatekeepers to distribute traffic evenly.

Admission control method calculates delay bounds using exponential moments for on-off traffic distributions to resolve complexity and accuracy trade-offs.

Terminal detects weak WLAN signals and switches VoIP calls to a pre-established LTE connection, preventing call drops during mobility.

Segmenting voice and video streams over separate paths reduces enterprise network burden while preserving essential communication quality.

Correlating network events through dynamic service path tracking resolves root cause analysis failures in changing MPLS topologies.

Probe packets with varying priority tags traverse the network to assess handling behavior and determine quality of service support.

An infrared beam interruption triggers visual indicators, forcing athletes to maintain visual awareness of surroundings while handling a ball.

Transmitting raw sensor data to a host computer eliminates dedicated track pad processors, reducing manufacturing costs and increasing feature adaptability.