Radio Transmission TRIZ Cases

Eyestar radio system eliminates ground station requirements by leveraging Iridium and Globalstar constellations for reliable, low-power satellite communication.

A base station resource scheduling method allocates dedicated frequency resources to isolate edge user equipment from interference.

A relay device maintains wireless communication between a head-mounted display and console.

Segmenting antenna ports into distinct groups manages control information complexity across multiple Listen Before Talk processes in 5G systems.

Virtual machine dispatch agents distribute services across mobile devices to utilize idle computational resources and reduce network traffic.

Modified Tomlinson-Harashima precoder enables arbitrary power allocation, resolving fixed allocation limits that restrict weighted sum-rate.

An AI framework configures channel state information reporting parameters at user equipment.

A MAC control element framework activates multiple CSI-RS resources via bitmap commands.

Periodic interruptions of the physical shared channel allow beam management signaling during extended transmission time intervals, maintaining efficiency.

Broadcast signaling includes motion data and expiration times to resolve satellite position accuracy versus signaling overhead trade-offs.

Edge device caches popular media content locally to deliver data via terrestrial wireless networks, reducing satellite bandwidth consumption and signal latency.

Base station groups terminals by signal quality and aligns interference phases to boost transmission efficiency.

Dynamic antenna switching reduces system size and cost while maintaining spatial resolution and range detection precision.

Terminal capability signaling enables dynamic serving cell configuration, resolving MBMS service continuity issues in multi-frequency deployments.

A phase controller uses phase-coherent PLL frequency synthesizers to resolve phase imbalance and gain mismatch in antenna array radiation patterns.

A processor unit runs a dynamic transmission process to evaluate and send environmental data to subscribers.

A smart repeater adjusts transmission modes to enhance signal amplification.

Suspended F1 interfaces allow gNB-DUs to resume connections with new gNB-CUs, reducing signaling overhead and power consumption.

Sending channel prediction reports before beam switch resolves timing mismatch, ensuring accurate precoder selection for updated beams.

A MU-MIMO radio selects user equipment for handover using channel characteristics from neighbor radios.

A transmission configuration adjusts retry rates and Forward Error Correction values based on real-time statistics to optimize data packet delivery.

A wireless signal receiver integrates a clamping device and speaker for hands-free audio output.

A UAV sorts communication channels by performance metrics to select the optimal link for ground station connectivity.

Dynamic scheduling of system information messages reduces power usage at network devices while maintaining communication reliability.

Communications device schedules transmissions during optimal sub-periods to reduce resource consumption.

Focused satellite spot beams maximize forward downlink capacity through distinct frequency bands and polarization reuse.

An external television aerial receives mobile radio signals and transmits them via a wired link to an indoor processing module.

Dynamic tuning enables simultaneous carrier aggregation across multiple frequency bands, reducing antenna size while maintaining data transmission speeds.

Dummy acquisition slots mimic real traffic timing and power levels, concealing communication patterns from eavesdroppers while maintaining bandwidth efficiency.

A TDMA-capable radio dynamically switches from an FDMA site to a TDMA-based talk group via a Group Call Controller.

A conveyance component stores data locally and transfers it only when network signal strength meets defined thresholds.

A channel engineering device deflects uplink reference signals using configurable orientations to support base station measurements.

A communication interference processing method segments service areas into sub-regions to calculate local interference probabilities for NGSO satellite systems.

Filter discontinuous transmission states to resolve channel estimation accuracy issues in non-line-of-sight scenarios.

Multi-UCA antenna arrays perform basis transformation in rotational and diameter dimensions to generate orthogonal OAM modes.

Direct IP network embedding of external cryptographic devices eliminates dedicated gateways, reducing system complexity and maintenance costs.

An inter-satellite link connects two satellites to prevent communication loss when one satellite loses contact with a ground station.

A multi-route reflective relay network node strategy facilitates communication between user equipment and base stations using primary and secondary electromagnetic radiation reflection paths.

Segmenting preamble transmission across multiple beams enhances spatial diversity gain and reduces user equipment retry rates.

A terminal applies transmission configuration indication states across multiple serving cells to manage quasi-co-location information.

A terminal receiving section processes a MAC control element to specify multiple transmission configuration indication states.

Base station restricts sidelink transmission parameters to mitigate cross-link interference in 5G networks.

Extraction of coupling echo generates correction signal subtracted from source, eliminating interference and improving coverage.

A multilink communication controller selects aircraft messages using priority and link quality metrics.

A wireless access point calculates channel correlation matrices to estimate effective signal-to-interference-plus-noise ratios for multi-user MIMO grouping.

Electronic beam steering replaces mechanical gimbals in high altitude platforms, eliminating weight and complexity while maintaining precise signal positioning.

A relay device segments object information across multiple access points to accelerate wireless data acquisition.

A base station translates satellite resource requests between incompatible communication standards to enable terminal connectivity.