Hybrid Transport TRIZ Cases

See how a software agent aggregates status data from diverse smart devices and triggers coordin

See how a network interface unit calculates local time using standard time and time-zone offset

Dynamic frame timing changes in FlexRay reduce anomalous frame impact and keep in-vehicle networks operating securely.

Dynamic switching of FlexRay frame timing helps contain anomalous transmissions and reduce attacker timing predictability in vehicles.

When anomalous frames appear in a FlexRay in-vehicle network, switching to predefined alternate transmission timings helps block timing prediction attacks.

Mode-switched active and passive bus driving raises CAN data bandwidth while preserving backward compatibility and EMC.

Active recessive and dominant bus driving boosts CAN bandwidth while preserving legacy compatibility and reducing ringing and EMI.

Signal copies feed low- and high-rate A/D converters, sending high-bandwidth data only when a comparator detects an event.

A tunnel server duplicates packets across WiFi and cellular links to keep voice and video handoffs seamless with minimal QoS disruption.

Hardware-based audio routing patches analog and digital radio resources while prioritizing traffic and isolating paths to prevent feedback.

Switching RAPIEnet application data to UDP/IP enables star or tree Ethernet topologies with general-purpose switches and lower network cost.

User-defined policies steer end-to-end connection selection to stabilize packet delivery across links with different bandwidth, latency, and drop rates.

Large graphs exceed single-node memory, so storage nodes sample subgraphs before a network switch aggregates unique edges for GNN processing.

A demultiplexer splits packets across independent paths, while a multiplexer recombines them for efficient high-rate bus processing.

This monitoring approach collects Wi-Fi, Bluetooth, or RFID identifiers around an alarm event for later intruder investigation.

Merged virtual links share a common AFDX network path through protocol-level encoding, reducing cabling complexity while maintaining reliability.

A controller directs network traffic to a pool of security devices, optimizing workload distribution across the infrastructure.

System cancels pending ProSe BSRs after receiving D2D resource grant to resolve contention ambiguity.

Segmenting transmission buffers by priority prevents lower-priority data from blocking critical signals and reduces arbitration workload.

Sorts necessarily passed links and nodes by distance to assemble K-shortest paths, avoiding repeated elements that reduce wavelength assignment success rates.

Short-range wireless links enable direct media capture and attachment to documents, eliminating manual file transfer steps.

Delaying service control channel creation until invocation reduces call setup time and resource usage for basic voice calls.

Scheduling periodic Echo Cancellation Training Opportunities reduces bandwidth overhead while maintaining stability under rapid channel changes.

Gateway devices retrieve service lists and version information from peers to determine the master gateway, preventing network disruption when adding new nodes.

A restricted zone interface translates non-restricted actions into approved primitives, resolving the conflict between management efficiency and data security.

A router allocates service paths by querying a table with user identifiers and IP 5-tuple information.

Diffserv markings in IP headers convey radio channel and base station congestion states from the network to service providers.

Segmenting MoCA networks into independent sub-networks enables dedicated bandwidth allocation and unique encryption keys for member nodes.

A load sharing system uses a distribution device to assign requests to service processors that query inquiry processors for cached data.

A scalable policy management system generates VSI-ID and VSI-DB tables to retrieve VM addresses and apply associated rules efficiently.

Dielectric layers guide electromagnetic waves along uninsulated conductors, reducing signal loss and interference for high bandwidth data transmission.

Segmenting connections allows established flows to bypass centralized inspection, reducing latency while maintaining security policies.

A packet engine assigns class of service priorities to cable service flows via logical interfaces.

A forwarding method uses container identifiers in ICN systems to route content requests without relying on full content names.

Communication relay apparatus coordinates device search across multiple gateways to eliminate duplicate management assignments and reduce resource waste.

Selective file transmission in instant messaging reduces network bandwidth consumption by allowing users to download only needed files from a folder.

Queue point controller dynamically allocates space from a shared buffer pool to individual queues based on available local capacity.

A switch enables USB connection only when server data updates, transferring information to presentation devices.

A transmission apparatus dynamically adjusts data flow parameters to prevent receiver buffer overflow during high-delay network conditions.

Segmenting control and data planes reduces signaling overheads while enabling flow-based load sharing in large Ethernet virtual private networks.

A pluggable high-speed PON converter transforms optical signals into electrical data for direct host device connection.

Segmented network switches route packets using distributed relay tables, overcoming storage capacity limits of low-cost LSI components.

An information processing apparatus analyzes aggregate data values to detect microburst traffic patterns in network devices.

A coaxial tap bridge separates low-frequency equipment supply voltage from high-frequency RF signals using a dedicated metallic housing structure.

A modular data system delegates computing tasks to a server-side repository, enabling cross-platform compatibility across multiple device platforms.

A registration server coordinates portable devices and fixed readers via Bluetooth Low Energy, Zigbee, and Wi-Fi to trigger location-based actions.

Terminal devices match gateway identification information in router advertisements to prevent transmission errors and conserve storage space.

Segmenting data flows by type allows a network device to apply specific quality of service parameters, resolving resource allocation complexity.

A communication gateway modifies broadcast packet time to live values to forward data across network boundaries.

A centralized security server evaluates wireless access points and provides threat status to clients, reducing connection risks.

A network subsystem derives physical locations from known devices to assign logical addresses without manual configuration.

A mobile device activates application programs by identifying transmission protocols and selecting default safety entities.

An SDN controller manages link aggregation groups using LACP packets to coordinate port selection across network devices.