Network Topologies TRIZ Cases

MAPC coordinates Wi-Fi handover through coverage holes while limiting interference.

Dynamic thresholds balance throughput and fairness in shared unlicensed spectrum.

Secondary channels support AP coordination without shared primary channels, reducing collisions and preserving transmission opportunities.

This case uses AP-configured CW, AIFSN, and TXS timers to coordinate triggered TXOP sharing and improve fairness.

Candidate-cell signaling combines reference-signal and execution-state conditions to limit premature or delayed NTN handovers.

Core network devices align relay modes and Service Codes to improve connection establishment among ProSe-capable UEs.

Tailored Probe Response frames entice clients away from rogue access points while preserving authorized wireless connections.

Reuse PSSCH and DMRS resources for flexible sidelink interference reporting.

This case schedules IoT communication windows and compensates Doppler shift for low-power access through moving base stations.

Automated node profiles detect mesh failures and switch traffic to available nodes while supporting secure network expansion.

This case groups multimedia stations and broadcasts modified EDCA contention parameters to reduce overhead while preserving priority access.

This case suspends NR communication while retaining essential SCG configuration for rapid reactivation across LTE-NR dual connectivity.

In IAB networks, secondary-link failure reporting lets donor nodes reconfigure resources after radio link failure.

This case combines MAC filtering with hostname ban-list checks to secure WLAN access when devices randomize their MAC addresses.

An extended SGW unifies LTE and trusted WiFi access, using GTP-based signaling to reduce latency, overhead, and session interruptions.

Private 5G access points use licensed and unlicensed bands with mesh routing to reduce control-channel bandwidth demands.

User equipment configures a target face-verification interface, balancing accessibility with stronger identity checks.

This case adjusts CW, AIFSN, and TXS EDCA timers to coordinate fair TXOP access across legacy and EHT STAs.

The case coordinates relay and network-node RACH occasions so UE preambles can be forwarded with less interference and overhead.

A duplicated second signal field helps receiving STAs confirm PPDU details for wideband EHT channel sounding with less overhead.

A migrating IAB node selects attachment points by migration cost, reducing signaling overhead and service interruption in wireless backhaul.

This wireless case routes failed signals directly from farther nodes, easing adjacent-node load and improving spectrum utilization.

Trigger-frame resource units guide OFDMA backoff decisions, improving multi-user access and resource utilization in dense WLANs.

This case enables network-free terminals to query servers through satellites, retrieve stored messages, and display or reply.

This case adapts NETWORK_ID_TIMEOUT to link quality and sequence changes, balancing rapid disconnection detection with network stability.

This case uses beacons, segmented action frames, and targeted re-requests to deliver large data without establishing a wireless connection.

When WiFi accuracy is insufficient, access points report nearby UWB anchors so clients can use more precise location technologies.

This case applies shared or cyclic RV values across OCC groups to balance PUSCH reliability and latency in satellite links.

This case uses gNB preemption indications, retransmission, and power reduction to manage inter-UE collisions in NR V2X sidelinks.

A mobile terminal checks packet flags and Bluetooth addresses to forward health data for direct AR or wearable display.

Network-controlled measurement gaps coordinate Ambient IoT readers across cells.

This case defines timestamped WLAN sensing report frames, linking each result to its send or receive time for accurate, timely reporting.

Authorized position requests protect station locations while preserving needed access.

A structured trigger frame assigns sensing events and feedback windows to receivers, improving WLAN resource use and signal reliability.

Measurement feedback helps Wi-Fi stations avoid Sticky Client connections.

This case uses TN and NTN cell information in control messages to prepare radio devices for handover and reduce service disruption.

APs validate client privacy requests before rotating anonymization parameters, limiting DoS overload while preserving wireless privacy.

When a device enters a coverage hole, MAPC coordinates a neighboring access point for continuous connectivity without added transmit power.

This case uses channel state information to tune FTM message count and duration, improving ranging accuracy while limiting airtime.

In dense 802.11ax networks, trigger frames guide energy sensing and NAV setting before uplink transmission to reduce collisions.

Counter-based appliance scheduling reduces terminal burden and clock calibration.

Phase-rotated STF sequences support broadband PPDU decoding with PAPR optimization.

This wireless case uses UE capability and resource allocation data to target collision indications, conserving network resources.

Primary-link profile advertising limits cross-link interference in NSTR softAP MLDs.

This case extends existing fiber to a seed node and integrates solar power into poles for lower-cost mesh coverage.

F1AP-based routing updates use hop-by-hop or end-to-end signaling to improve IAB efficiency during short-term mmWave interference.

TTL-limited routing domains reduce update load while preserving timely network information.

A two-stage sorting process prioritizes communication packages and uses remaining slot time to decode more data before expiry.

IP-based context updates help IAB nodes avoid F1 reestablishment after handover.

Nodes use Doppler-based motion sensing and beacon-range relay selection to route around dead ends with less topology overhead.