Network Topologies TRIZ Cases

A security server manages encrypted session keys for device communication without relying on SSL connections.

A street light control module uses geocoordinate data to form communication groups via a group controller.

A multi-SIM user equipment switches active services to a secondary SIM during satellite coverage gaps.

A radio terminal alters RRC state transition operations based on detected interworking capabilities of a target cell.

A target node dynamically determines Time-to-Live values by matching unicast address feedback lists with scan lists.

A content distribution device switches between wireless frequency bands to maintain continuous data transmission.

A radio frequency circuit divides transfer paths into separate circuits to handle overlapping signal bands.

Reserving unique access sequences in page messages eliminates bind requests and reduces collision probability during mobile terminated call setup.

A relaying device coordinates radio resource requests from communication devices and relays this information to the base station.

Station device configures wireless frames with distinct preamble portions for different terminal types to optimize frequency tone usage.

Network management system configures femto cell access points with controller data via a single interface.

Pre-configuring adaptation layer parameters reduces device complexity while improving packet routing efficiency and throughput in multi-hop 5G networks.

A mobile communication system routes specific services to small cells via core network handovers.

A femto base station forwards terminal trace activation information to a femto gateway for continuous tracking.

A reverse direction responder grants remaining transmission opportunity to an access point enabling simultaneous multi-user downlink data transmission.

Multicast frames carry verification data to resolve input constraints for devices lacking screens.

Group-based reporting reduces signaling load in dense WLAN environments by merging individual measurements into single transmissions.

A hierarchical address generator assigns unique network addresses by appending bits to parent identifiers, enabling nodes to determine routing paths without storing separate tables.

Management server transmits control commands to wireless lighting nodes, resolving installation constraints of fixed wired switches.

A media transmission system dynamically selects frequency bands based on content type to optimize data throughput and device energy usage.

A user equipment filters inter-frequency measurement reports by cell type to optimize handover decisions in wireless networks.

Preliminary wireless LAN connection establishment during NFC proximity reduces switching time while extending communication range.

An arbitrator coordinates shared frequency band usage by dynamically allocating time slots between competing radio protocols.

A multimedia terminal detects mobile terminal type and operating system to select specific services like CarPlay or iPod.

An API translates network configuration data for AI algorithms, enabling automated parameter optimization while maintaining stable connections during testing.

Slave units send probe responses directly to new devices, eliminating master unit mediation to reduce search time and system load.

Merging small cells into a cluster with shared location area codes reduces core network signaling load while maintaining accurate user equipment tracking.

Distributed Neighbor Key Cache Servers segment centralized key storage to reduce reauthentication latency and lower authentication server traffic load.

Bluetooth relays network addresses from mobile devices to stationary terminals, resolving the trade-off between mobility and transmission speed.

A message structure with signal fields indicating channel assignments reduces overhead bandwidth by minimizing control bits for multiple terminals.

A network routing method coordinates packet forwarding delays based on hop distance to reduce collisions in wireless sensor networks.

A short-range transceiver enables direct communication between wireless devices to form dynamic local networks without infrastructure.

Terminal device measures diverse neighboring cell attributes to resolve insufficient neighbor information in 5G ANR configurations.

A central device selects bridge devices based on distance and signal strength to deliver communication event notifications despite geographical restrictions.

Wireless access nodes multiplex data packets into shared GTP tunnels using extension headers to consolidate device traffic.

Accessory radio relay routes controller signals directly to host devices, reducing latency during fast-paced gaming sessions.

Deriving distinct encryption keys for Master and Secondary eNodeBs secures user plane data transmission across small cell networks.

Dynamic contention window adjustment optimizes random backoff operations in multi-link Wi-Fi devices.

Segmenting OFDM frames into distinct groups allows relay stations to extend coverage and boost data rates at cell edges without increasing system complexity.

An NGV STA filters PPDUs using bandwidth fields to defer channel access and reduce processing load.

Segmenting location tracking into an adjunct device reduces handheld complexity while enabling efficient object recovery through visual and audio cues.

A network system determines hop routing strategies using time-variant contextual trust profiles for secure data transmission.

Self-configuring wireless access ports eliminate costly installation surveys by autonomously detecting coverage gaps and adjusting transmission parameters.

Data analytics generate RAN condition and cell composite load indicators to monitor network performance.

A base station allocates non-contiguous resource blocks using a unified Resource Indication Value to reduce transmission overhead.

User equipment adjusts time-to-trigger values by cell change type, resolving handover failures in heterogeneous networks with varying coverage sizes.

A virtual access point interface enables direct service advertisement and peer-to-peer connection establishment between electronic devices.

Wireless client devices act as service access nodes to relay data traffic, expanding network coverage without adding infrastructure elements.

Tracked devices monitor Bluetooth pairing status to detect unpaired conditions and broadcast distress packets.

Dynamic TDMA slot allocation resolves latency and bandwidth trade-offs in ad hoc networks by assigning time slots based on real-time node priorities.