Data Switching By Path Configuration TRIZ Cases

See how wireless occupancy detection predicts water usage to adjust circulation, flushing, and

See how automated sensors track food quantities and expiration dates to reduce redundant purcha

See how periodic audio processing and self-triggering alarm recognition reduce power consumptio

See how decoupling energy input from heat output using dynamic control and advanced insulation

Sensors and a bi-directional kitchen network verify manual tasks, track food hold times, and schedule appliance maintenance.

Pending commands are buffered on an intermediate server and signaled at the cooker, preventing missed cooking instructions after shutdowns or network errors.

Branch-circuit current sensing identifies device events and triggers interruption, alerts, or secondary device actuation to mitigate faults.

A controller compares smart antenna arrangements by connected devices, throughput, and signal strength to keep Wi-Fi coverage optimal.

AUTOSAR notification flags let ECUs enter sleep without triggering false disconnection detection, reducing network power use.

Pre-notifying a common protocol lets in-vehicle devices switch before data exchange, cutting gateway load, traffic, and retransmissions.

Current-based branch circuit monitoring identifies device events and triggers alerts, control signals, or secondary actuation to mitigate faults.

Centralized setting distribution lets vehicles add or modify functions after shipment without individual ECU reconfiguration.

Delay processing aligns vehicle sensor change data with transmission order, reducing false abnormality detection caused by network delays.

Separate ECUs by ASIL level so each vehicle device gets matched safety processing without overbuilt controllers, cutting cost and effort.

A circulating target packet lets grouped in-vehicle devices detect node abnormalities from reception state while avoiding complex individual monitoring.

Stored ECU configuration data is compared after replacement, then checked through external authentication to flag improper additions or swaps.

Mode-switchable remote units let communicating PLC modules replace failed expansion units through automatic IP assignment and network updates.

Detachable hubs with flexible terminals cut controller load and keep sensor data available during partial line or hub failures.

Subscriber reception status gates control-data publishing, improving factory controller communication reliability without connection setup.

Dynamic packet filtering captures only needed factory network data, preserving controller memory while improving communication error diagnosis.

Helmet-mounted sensors track both tool and arc position to separate helmet motion, calibrate welding analysis, and provide real-time feedback.

Receiver-state checks let factory controllers publish control data only when subscribers can accept it, improving transfer reliability.

Standardized device data is used to decide when unstandardized information can be transferred, reducing leaks and erroneous operations.

Independent DMA cores and descriptor-table control raise PLC communication throughput without increasing processor or ASIC complexity.

GPRS-linked PLC remote control keeps pressure filter operators out of humid, caustic sites while cutting labor and production costs.

Dynamic NoC channel bonding matches protocol bandwidth, then power-gates unused lanes to cut waste in programmable logic interconnects.

Buffers bulk traffic until selector switches create a direct path, while latency-sensitive flows use available routes to preserve capacity and low delay.

Encapsulated packet copies are written from the data plane to external memory, enabling deep buffering and FPGA-based scheduling for forwarding.

Pulse-width signaling lets battery management modules assign communication IDs dynamically, avoiding extra circuits and system restarts during module replacement.

Automatic train-mode gain adjustment keeps copper-pair analog signals within receiver range while avoiding manual calibration and DSP power overhead.

Intermediate nodes translate global and local identifiers inside the IB fabric to avoid external routing overhead and improve cloud data flow.

Assigning path weights and hash-based keys lets equal-cost routes balance traffic while keeping flows on consistent paths to reduce packet reordering.

Active integrators extend input clock overlap in a CDR phase interpolator, improving transition linearity, phase accuracy, and jitter control.

Differential detection and preamble correlation improve packet detection and coarse symbol timing for rotated M-PSK BAN signals.

Mapping registers dynamically assign peripheral functions to limited IC pins, expanding feature use while protecting configuration integrity.

A current-steering output stage switches between LVDS and TMDS on shared terminals while preventing leakage current and device breakdown.

Clustered ALUs and multiplexers improve reconfigurable array efficiency by separating local fast paths from flexible control routing.

A multi-port POTS gateway converts analog calls to IP, routes them efficiently, and stays available during bandwidth or power failures.

Offloading best path computation to a Best Path Controller reduces router processing load while enabling custom route selection and path updates.

Large IP datagrams are split before IPsec encryption so routers avoid unsafe fragmentation and receivers can process packets without reassembly support.

Common network commands are converted into device-specific instructions, enabling unified control of diverse service devices without terminal app updates.

By decoding and rewriting ID headers, this case detects auto-initiated calls, cuts network traffic, and blocks phishing access.

Dual communication modules, backup power, and supervision switching keep life safety alerts reaching remote servers during router or power outages.

Local virtual license managers delegate service application licenses across industrial sectors with secure control, lower latency, and less data traffic.

Automated EDID, DDC, and signal-embedded ID mapping links video ports to encoders and decoders without manual serial entry.

Aggregating user-device anomalies into a service level metric helps pinpoint degraded cloud applications and detect network outages.

Adaptive gateway control uses device type, service priority, and QoE feedback to prevent bandwidth contention from degrading shared services.

A gateway service device enables secure, user-specific remote monitoring, data filtering, and configuration of fire protection systems.

Abstracting physical ports into virtual ports simplifies SDN access network configuration, maintenance, and resource sharing across services.

Precomputed active and standby SDN routes help network slices meet delay and bandwidth requirements while preserving communication during failures.

MAC-based push replication synchronizes moving object state across game-area servers with Tick-ID timing, lowering CPU and network load.

A centralized controller links sensor events, time windows, and user-defined rules to unify security, monitoring, and automation control.

When a new vehicle function unit is added, a management device checks protocol requirements and requests updates to keep communication reliable.

When a user leaves home, a media guidance application records unscheduled content based on detected interest and cancels if the user returns.

A media guidance app combines IoT device changes and object status detection to automatically align media settings with room conditions.

Internet trunking protocol merges voice packets into consolidated streams to improve bandwidth utilization.

Segmenting heterogeneous storage area networks into distinct protocol domains reduces discovery complexity while maintaining unified management visibility.

A network node system classifies packets into queues and encapsulates them into uniform frames for switch fabric transmission.