Network Topologies TRIZ Cases

Context-aware profile matching adapts to volatile, low-power ad hoc networks.

This case uses WLAN bitmap signaling to reserve slot timing and improve quality of service for latency-sensitive traffic.

Switch wireless authentication modes with fewer setup steps after connection failure.

A core network configures base stations and terminals for indoor BT/WLAN MDT measurements, reducing drive-test resource demands.

A low-noise oscillator and DACs generate configurable references, reducing device variants and complexity across satellite BUC/LNB combinations.

Select compatible relay UEs using network information to reduce wireless data errors.

The apparatus uses NFC to check target-device connectivity and switch to P2P without interrupting access-point Internet access.

Combine cellular and WLAN signals for lower-power positioning with less interference.

A relay station forwards MAC frames through Wi-Fi Direct, extending 802.11ah coverage without full mesh complexity.

Two filter sets coordinate antenna selection to prevent overlapping bands and support flexible use of all 320 MHz 6 GHz channels.

When one group member deletes persistent information, coordinated notices remove stale copies and reduce failed P2P connections.

This 5G case buffers MCG failure details, reports them, and deletes RLF data when a timer-based condition is met.

An access point combines station data in an aggregate-MAC unit to improve channel use and reduce sequential transmission time.

LMTUs relay optical connectivity status through a wireless mesh so backend servers can pinpoint PON faults and reduce dispatch delays.

The case evaluates link and path transmission probabilities to select reliable routes through interference-prone wireless networks.

This case aligns RTS timing and content across multiple links to protect reliability in non-STR wireless communication.

This case uses TBPEKE and 4-way handshakes to create pairwise keys, reducing shared-password exposure across Wi-Fi devices.

Software control predicts ESL activity and adjusts WLAN timing, reducing interference without costly hardware changes.

A roaming P2P device shares its schedule with a new AP, which validates or revises it to limit handover disruption.

Soft-resource signaling coordinates nodes and helps reduce scheduling collisions.

This case links adjacent UWB networks to improve relative positioning and support multi-user interaction beyond a single network's range.

This case adapts codec, bitrate, and sampling settings per sink to keep total Bluetooth bandwidth within limits.

This case uses function, retention, and safety windows to protect WLAN polling while clients run background functions.

The UE signals a preferred RRC state before switching SIM networks, using a timer to standardize transitions and manage resources.

An Intermediary-Timestamp complements the Origination-Timestamp to prevent stale binding data and session failures.

Redirect voice calls to SMS over satellite links to conserve scarce wireless resources.

This case coordinates STA address changes through participation counts, enlarging anonymity sets while preserving flexible rotation timing.

Self-signed assertions and signed local-access tokens authorize guest playback and cloud services without user credentials.

For IEEE 802.11be measurements, segmented frequency-band screens enlarge resource graphics and reduce selection errors.

Public keys, private-key decryption, and server aggregation help locate wireless accessories that lack wide area network access.

This case shows how an adaptive gateway detects diverse sensors, assigns channels and time slots, and scales wireless IoT deployment.

This case coordinates optional STA MAC rotation at shared time intervals, using participation counts to strengthen crowd privacy.

Visual scanning, mDNS discovery, and HTTP enrollment connect wireless end devices to a base station with web status confirmation.

An access point coordinates epoch-based MAC rotation across station groups to obscure identities while reducing address collisions.

Beacon-based capability announcements help wireless peers transition between low- and high-capability states while preserving throughput.

Application-specific line policies route enterprise traffic through a designated SIM while personal applications use another line.

UE logic detects overlapping NTN measurement gaps and selects one for stable RRM measurements.

Polygon-based path mapping anticipates channel and power availability, reducing connectivity disruptions for moving access points.

Finder devices relay encrypted beacon data to a server, helping locate wireless accessories without wide area network access.

A network-controlled repeater forwards only on instructed beams and time resources, reducing wasted power and unwanted interference.

A station completion frame lets the access point reclaim unused TXOP time, improving channel utilization and recovery reliability.

Notify users of limited wireless services before resource-constrained network access.

A programmable table varies scanning rates by network partnership and terrestrial or satellite access to balance connectivity and power.

Independent uplink and downlink beam sets help NCRs limit power waste and interference.

TRS fields schedule immediate responses while per-MPDU addressing reduces processing and power use for unassociated stations.

This case uses JWE and JWS to encrypt, protect, and track 5G message parts across roaming intermediaries.

Per-link packet-loss measurements and bidirectional reports help receivers identify poor links for reliable low-delay service.

A comparator tree and distance metrics such as Haversine select satellites near ground destinations for efficient packet forwarding.

Messages carry authentication status and validity duration, enabling aerial service authorization across networks without an N26 interface.

This case uses control-response timing feedback to set initial-frame padding and complete non-AP MLD channel switching before data.