Network Planning TRIZ Cases

Base station performs listen-before-talk to schedule uplink transmission timing, reducing interference while maintaining continuous data flow.

Viewshed analysis computes rooftop intersections to qualify customers, eliminating labor-intensive site surveys and optimizing base-station placement.

General base station instructs mobile terminals in annular areas to perform handovers to different frequencies, suppressing interference in specific cells.

A dynamic network configuration framework manages cellular handovers by applying service and load-aware policies to user equipment.

Dynamic frequency band selection by micro-cells reduces interference between macro-cells and improves network throughput.

An automated orienting system adjusts customer premises equipment position to optimize signal strength.

User equipment identifies and reports coexistence issues to the eNB.

Radio Resource Management units coordinate shared frequency bands to resolve static allocation bottlenecks and improve spectrum utilization efficiency.

Classifies frequency sets by utilization state to assign resources, reducing interference with incumbent systems.

A wireless access point detects aggressive communication systems and switches to contention-free access modes.

A user equipment switches a physical uplink control channel between licensed and unlicensed carriers to maintain transmission continuity.

Analyzing AGC statistics enables dynamic filter adjustments that reduce system costs while maintaining reliable interference protection.

A virtual base station system combines RF signals to simulate radio wave environments for mobile handover testing.

A spectrum management apparatus generates an interference overlap graph to allocate resources across multiple radio access networks.

Terminal devices select from multiple configured uplink request resources to adapt transmission parameters based on channel quality.

Asymmetric remote unit allocation minimizes interference while maintaining coverage reliability.

Base station transmits reporting conditions to terminals, enabling precise initiation and termination of Minimization of Drive Tests measurements.

Adjacent network devices exchange beam measurement data to pre-configure terminals, reducing handover latency caused by re-measurement delays.

A wireless communication system allocates transmission resources to secondary systems using geographic clustering and density estimation.

A controller apparatus manages quasi-licensed CBRS spectrum allocation to optimize wireless connectivity.

First access point detects second access point working mode and initiates switching procedure to contention or ISC mode.

A radio communication network planning system evaluates propagation channels using three-dimensional models of geographic areas.

A terminal device determines activity parameters across different radio technologies to adjust channel occupancy and transmission settings.

A multi-operator NR-SS structure moves contention slots to fixed frame periods before idle intervals.

Base units transmit dynamic resource reservation indications to prevent data collisions between URLLC and eMBB services.

A terminal control section determines uplink transmission configuration states using specific downlink control information fields.