Network Topologies TRIZ Cases

Cloud mediator stores historical and real-time WLAN metrics to resolve limited local resource constraints.

Base station coordinates cooperative communication links between user equipment, resolving low transmission efficiency caused by lack of network-side control.

Authentication node generates material for user equipment transitioning between public and private wireless networks, reducing handover latency.

A radio device switches to reception mode upon detecting a break-in signal and buffers incoming data.

A femto access point intercepts WAN control messages to identify jammed spectrum portions and assigns alternative bandwidth resources.

Segmented policy decision points isolate enforcement logic in secure containers to prevent unauthorized access and maintain network integrity.

A device relay proxy function routes data through existing network interfaces to connect heterogeneous M2M devices.

Base station observes terminal reception frames to initiate direct wireless links, reducing processing load and power consumption at terminals.

A communication node dynamically reselects preamble groups based on real-time signal conditions.

A portable terminal discovers wirelessly connectable devices across multiple communication schemes.

A graph network translates physical spaces into logical models for reinforcement learning to predict signal strengths and determine access point placements.

A device detects OBSS energy levels and determines transmit opportunities based on pathloss measurements to enable simultaneous transmissions.

Donor base station parses handover requests to send user equipment context information directly to relay nodes for connection preparation.

A hybrid positioning model system calculates location information using fine time measurement of IEEE 802.11mc with access points.

Out-of-coverage terminals measure beacon signals from multiple relays to trigger handovers, resolving the lack of continuous downlink measurements.

An unprovisioned wireless access point obtains a dynamic IP address through DHCP before advertising a predetermined provisioning SSID for network configuration.

A wireless security premises gateway component manages state information and control inputs via local area communication with mobile devices.

User equipment detects end-marker packet loss during handover and requests retransmission from the target eNodeB.

A recycler node stores inactive SIM card parameters to prevent waste and reduce network resource usage during de-provisioning.

A scheduling unit prioritizes packet transmissions in a Bluetooth wireless communication apparatus.

MCPTT client generates ad hoc group IDs to establish media planes for direct call initiation.

A communications server blends concurrent IP data streams by selecting highest quality packets for hybrid mobile devices.

Server extracts desired output modes to reduce bandwidth usage and battery drain.

A predefined Association Identifier allows unassociated stations to identify downlink resource units without prior network association.

Non-zero LSBs in the scrambler seed increase randomness to reduce peak-to-average power ratio and manage interference.

Communication apparatus matches request source information against predetermined GATT data values to restrict unauthorized device connections.

An NFC transceiver writes configuration data into a shared EEPROM, eliminating manual PIN entry and reducing pairing errors during Bluetooth setup.

TSCH slot frames and CSL wake-up sequences time offset to avoid interference from Bluetooth or Wi-Fi transmissions.

A base station coordinates cyclic shift hopping rules between serving and coordinated cells to maintain reference signal orthogonality.

Observed access point signal strength guides frame forwarding decisions, eliminating complex control messages and reducing communication overhead.

A ProSe entity translates application identities between home and visited networks to enable direct terminal discovery.

A relay station forwards frames based on transmission completion time indicators.

A communication device manages multiple wireless interfaces to establish secondary connections while preserving primary links.

Network repository function maintains locality attribute mappings to prioritize producer network functions by relative location preference indicators.

A mobile terminal processor switches between latency and active states using sound detection to enable hands-free push-to-talk communication.

Segmenting 5G core network functions into AMF, SMF, and UPF components manages registration and session requests across diverse access networks.

A communication controller integrates an embedded browser to display a single graphical user interface for multiple test devices.

A gateway translates IoT protocols via DNS to enable secure communication over WiFi hotspots.

Weighted node attributes select broadcast relays to eliminate redundant transmissions and packet collisions in dynamic topologies.

An active carrier sense mechanism adapts backoff limits to manage channel access in wireless networks.

Stationary radio network access devices initiate handovers by requesting signal quality data from mobile units, reducing signalling load and energy consumption.

Peer-to-peer sensor fusion corrects inertial measurement unit drift by comparing intrinsic location data across devices to maintain centimeter-level accuracy.

Partitioned on-board network uses distinct communication standards to provide wireless connectivity for mobile terminals.

An access point scans available channels to identify critical medical networks before selecting a transmission path.

A host server obtains digital certificates from a certificate authority and pushes them to mobile devices.

A PoC server manages call forwarding preferences to route messages without disrupting active group sessions.

Processor circuit calculates isolation via leakage signal power spectral density to resolve interference between wireless technologies.

Mobility management elements select local gateways within the same network to establish direct tunnel connections with home base stations.

A peer-to-peer self-organizing mobile network uses blockchain-based routing and smart contracts to manage decentralized communication across virtual mobile sites.

A unified location services architecture integrates cellular and WLAN networks through a single gateway interface.