Network Topologies TRIZ Cases

A hierarchical route optimization system calculates utility metrics to enable fast switching between relay hops in wireless mesh networks.

RAN Intelligent Controller transforms mobile devices into servers and access points for service delivery.

A predictive model infers device location using inertial sensor data to reduce power consumption in geofencing applications.

Next-hop nodes activate as X2 proxies to forward signaling when relay nodes move out of direct coverage, maintaining transmission reliability.

A wireless multi-stream video processing device receives and processes multiple camera feeds into separate output streams.

A relay device allocates radio resources in communication frames to assess transmission quality with a new base station.

A wireless base station allocates communication rewards based on accumulated channel sensing time reported by terminals.

A distributed voice system relays audio streams between peripheral devices using multiple wireless protocols to unify signal processing.

Access and Mobility Management Function delivers user consent information elements to base stations.

A local area network monitoring method detects global parameters to identify disruptive terminals and trigger countermeasures.

Host routers assign IP addresses or prefixes to visitor networks by extracting identifiers, resolving mobility versus integration trade-offs.

Model-specific roaming parameters reduce unnecessary scanning and network interference by adapting thresholds to terminal capabilities.

Host devices capture client identifiers using optical sensors to establish secure data sharing sessions without manual pairing.

A user equipment registers multiple subscriber identity modules with a network entity to enable correct binding and resource optimization.

System uses multi-network discovery to route encrypted documents to printers, eliminating manual IP entry while maintaining data security.

A presence database aggregates Bluetooth Low Energy signals to identify nearby devices, resolving the trade-off between connection ease and system complexity.

A CIoT terminal establishes a data radio bearer during the core network attachment phase to enable immediate user data transmission.

A wireless positioning system predicts signal strength using probabilistic propagation models to enable accurate location tracking without pre-calibrated data.

Network nodes allocate distinct spreading codes to neighboring base stations sharing identical carrier frequencies and scrambling codes.

Pre-provisioned bootstrapping information enables sensors to join DPP-over-Wi-Fi networks without manual configuration.

Multiplexed LAA RTS and CTS signals reduce channel reservation latency below one LTE subframe, resolving inefficiencies in shared spectrum access.

A mobile satellite communication gateway bridges aircraft and satellite networks via a signal processing device.

Target CU transmits layered group handover commands to IAB nodes, consolidating individual UE instructions into single messages for efficient signaling.

A satellite integrated access network device resumes connections with core or terminal devices to buffer and forward data.

A communication device sets a network allocation vector timer based on received packet duration to manage channel availability.

Segmenting address information into common and individual parts minimizes routing table recalculation during handoffs.

Client device detects designated mobile device proximity to trigger automatic server authentication requests, eliminating manual credential entry delays.

A relay station updates scheduling parameters using current channel state information to optimize resource allocation.

A wireless communication apparatus switches between master and slave network roles to transmit target data across distinct infrastructure networks.

A TDD repeater receives access level indicators from a spectrum access system to activate specific sub-bands.

A dynamic time slot assignment method allocates communication resources across multiple frequency channels based on operational characteristics.

Autonomous cooperative routing nodes use out-of-band frequency assignment to enable full-duplex data forwarding in ad hoc networks.

A core network node coordinates paging messages using radio access network area identification to locate inactive terminals.

A core network apparatus acquires terminal and base station identification information to determine appropriate service networks.

Processing systems cycle through advertiser listener and sleep states using offset time periods to conserve energy.

Station establishes secondary transmission opportunity in idle non-primary channel during primary occupancy to increase bandwidth utilization.

Embedding a channel bandwidth field in management frames resolves suboptimal time allocation and resource utilization for peer-to-peer wireless links.

Shared device identifiers enable automatic cell identity assignment, eliminating manual setup and reducing processing load.

Visual representations update dynamically as balloons move, maintaining service consistency despite mobility.

A charging cradle manages audio connections between earphones and external devices.

Mobile network vehicles act as intermediary access points, using dynamic mesh routing to reconnect isolated routers and reduce outage downtime.

Gaming devices form a radio mesh network to maintain routing tables and update game state information.

A relay station acquires base station identification and notifies the mobile station to enable direct reconnection.

Switch centralizes power allocation to reduce device management complexity and system overhead in distributed WLANs.

Network node promiscuously monitors transmissions to determine hidden nodes and reduce false collisions.

A self-organizing network segments base stations into coordination groups to manage radio resources and optimize capacity.

IMS network generates unique security keys to authenticate mobile units, resolving femtocell key storage vulnerabilities in unsecured locations.

A WLAN transmission system probes channel conditions using short data frames to dynamically adjust per-packet rates during spatial reuse operations.