Transmission Systems TRIZ Cases

An HSUPA scheduler allocates high and minimum grants to user equipment based on a Rise-over-Thermal budget.

A coordinate input device integrates detection electrodes and routed wires on a single layer to simplify manufacturing.

A lost packet recovery algorithm inserts redundant information into media streams to reconstruct data.

An Edge Resource Manager consolidates RF streams to power down inactive hardware components.

Buffering at intermediate nodes distributes delay, reducing destination memory requirements and improving bandwidth utilization.

A packet scheduler adapts bandwidth utilization and transmission delay using a dynamic packet-in-flight counter to manage network traffic.

Serving gateway buffers downlink data and triggers paging to resolve scheduling competition between detached MTC devices and general users.

A transmitting terminal calculates round trip time between adjoining nodes to determine packet transmission rates.

An extended data interface intercepts initiation sequences between source and destination nodes to manage buffer credits.

A receive channel circuit performs spectrum analysis to identify low noise frequencies for touch panel detection.

Queue-based identifier reuse prevents memory overflow during high-rate TCP connection testing, ensuring continuous session measurement.

Redirect packets establish address mappings at NAT devices, enabling multimedia protocol traversal while conserving public IP resources.

External storage device retains sensor datasets to restore output information after client failure.

Calculating the congestion window based on network bit rate information stabilizes transmission parameters to prevent packet loss from arbitrary settings.

A method identifies disjoint zones in IP gateway routing tables by associating routes with network interface cards and locating critical points.

Hello messages exchange topology information enabling LDP sessions that separate service levels without increasing protocol complexity.

Dynamic filtering adapts strength using pointer height to reduce jitter while preserving high-frequency user input signals.

Reference area comparison synchronizes multi-camera optical touch inputs, eliminating time difference errors in point calculation.

Segmenting primary credentials into an auxiliary fob resolves the trade-off between granting remote operational control and maintaining primary key security.

A vehicle controller estimates driver position using low frequency and radio frequency signal strength data from a fob key.

Autonomous data packets with unique identifiers and reference fields enable dynamic distribution across telecommunications networks.

A network adapter selection mechanism assigns data packets to the interface with the lowest transmit latency.

A haptic stylus uses a rotating contact ball to deliver variable friction and force feedback on touch screens.

Dual antenna circuits on node substrates reduce latency and signal interference in high-density battery packs by enabling parallel communication paths.

A remote controller stores button press signals locally using harvested energy before transmitting wireless data.

A regional congestion awareness network combines local and non-local metrics to route data packets through selected channels.

A vehicle-mounted transmitter unit captures biometric scan data to identify occupants and transmit personalized remote control signals.

A BFD session mechanism starts failure detection only after receiving the first packet from the opposite side.

A hybrid acoustic and capacitive touch sensor detects position via sound waves while monitoring capacitance changes to identify touch duration.

A rate control system manages communication traffic streams to regulate data transfer speeds on wireless links.

A control terminal manages multiple audio devices via unique system identification information attached to each device.

Access points exchange failover messages to de-register nodes from stale paths, preventing router deadlocks and maintaining network throughput.

A communication apparatus determines traffic feasibility and creates a dedicated network to ensure quality of service.

A mesh network packet classification system extracts port identifiers from transport layer headers to categorize traffic types and assign priority levels.

A network buffer cache reuses allocated buffers to reduce CPU time spent on memory management operations.

Discovery nodes sense topology changes and transmit explore frames to determine functional routes, overcoming structural interference in building automation.

Mobile terminal determines remote control distance using Bluetooth packet signal strength and pattern changes.

A downlink packet scheduling method calculates transmission delay to decide whether to drop packets based on a predefined threshold.

A method decodes multiple barcodes by estimating grids from bitmap representations using spatial modulation of marks.

A single operating device with a gyroscope chip detects inclination angles to transmit directional signals for external devices.

A controller calculates link costs from data rates to select optimal paths, preventing network congestion.

A distributed packet parser architecture segments classification and modification functions across independent units to enable high throughput data handling.

A UAV selects IoT terminals using deep learning auction training to receive surveillance data.

A signal compensation unit processes touch inputs by detecting abnormal motion vectors and recording time-points to correct the data stream.

An Egress Label Switching Router transmits fault information to an Ingress router using a Backward Defect Indication packet.

A file server adjusts client data allocation credits based on real-time resource availability and network latency to manage pipeline depth.

Nodes apply preliminary anti-action and feedback to adjust marking decisions across hops, minimizing unnecessary preemption and beat-down congestion.

A pocket-sized USB drive integrates a wireless transmitter and receiver to enable remote slide navigation through the standard plug interface.

A sensor management system uses dynamic sampling and intermediate state teaming to maintain measurement accuracy across distributed IoT networks.