Network Topologies TRIZ Cases

Host computing device detects touch location and client identifier to automate data transfer requests based on active application context.

Introducing a mesh action frame to transport management traffic efficiently, reducing overhead while ensuring privacy through hop-by-hop encryption.

Dynamic priority arbitration replaces rigid time division to share an antenna between LTE and WLAN, preventing application failures from incompatible timing.

A trunking management server routes service data through a media gateway module to handle user plane communication.

Dynamic conduits create direct paths between sites to bypass intermediate nodes, reducing latency and congestion caused by static routing inefficiencies.

A network element maps IP session bearers to unique virtual MAC identifiers for transmission over WLAN.

A predictive application context relocation mechanism proactively remaps client sessions between edge servers based on predicted user equipment routes.

Reporting CSG identity and signal quality prevents PCI confusion and reduces handover failure rates in coexisting micro and macro cells.

Hierarchical cascaded star topology with multi-role devices aggregates traffic and provides multi-sector coverage in limited spectrum areas.

Segmenting session management into interface and session IP addresses reduces control plane signaling overhead while maintaining reliable connectivity.

Cloud API system preconfigures radio units to automate deployment, reducing manual configuration complexity and operational costs.

A mobile device multiplexes wired and wireless network interfaces to manage frequency bands across diverse communication environments.

A base station issues timing parameters to terminals so each device determines a unique data upload time.

Separating downlink and uplink transmissions across distinct RF bands reduces energy conflicts, enabling reliable tracking for low-power ambient devices.

A wireless configuration diagnosis framework creates reference footprints to automate detection of out-of-sync configurations between access points and client devices.

Access points switch transceivers to client mode, enabling proactive SLA compliance verification without installing software on user devices.

A dual-path communication method segments control and data channels to stabilize wireless connections across multiple star-type networks.

A dual-band restaurant ordering system switches between Wi-Fi and TVWS channels to maintain continuous communication.

Trigger frames with target wake time elements enable simultaneous uplink transmissions from multiple stations, reducing interference in dense wireless networks.

Assigns IP addresses with mobility attributes to user equipment, eliminating APN list maintenance and reducing packet transmission delays.

Access point transmits multiple request to send frames across channels to resolve hidden node collisions and boost area throughput.

Aircraft communications system manages wireless local area network access points for passenger devices.

Segmenting data by geolocation routes segments to backend resources, resolving latency and capital outlay bottlenecks in wireless networks.

A fixed wireless device determines its three-dimensional location using proximity data from other devices to form communication groups.

A relay reception subframe configured as a Multicast Broadcast Single Frequency Network subframe enables accurate channel quality measurement by legacy terminals.

An Identifier Mapping Database translates private network identifiers to Mobile Network Operator identifiers for targeted alert routing.

Reusing timing data for intra-satellite handovers eliminates random access procedures, reducing signaling overhead and improving reliability.

An electronic device receives external identification information including state data before full pairing completes.

A Bluetooth mesh relay device calculates hop counts to determine message forwarding decisions.

A GeoAware DNS server maps access point source IP addresses to specific WiFi controller groups for automatic discovery.

Segmenting control information through a primary node resolves conflicts in multiple upstream node communications while reducing forwarding latency.

Communication apparatus assigns access point roles based on connectable device capacity, preventing network disconnections when devices join the wireless LAN.

A multi-radio access technology central unit converts signaling between LTE and 5GNR protocols to enable efficient interworking across different network types.

A wireless communication system limits discovery range by adjusting transmission power and modulation schemes for targeted device interaction.

Redirects authentication traffic to alternative nodes when primary systems become unresponsive, preventing network congestion and downtime.

Segmenting the PPDU preamble into legacy and unique signal fields resolves backward compatibility conflicts while reducing packet detection errors.

Local leader election algorithm maintains synchronized audio streaming when session leaders become unavailable.

A femtocell management entity processes GNSS coordinates and signal strength data to determine device location.

Periodic token exchange at the OSI Layer 2 level maintains firewall access control during block mode tunneling, resolving security authorization conflicts.

Wireless stations forward data packets without priority mapping, reducing latency and simplifying troubleshooting at the edge router.

A terminal detects connected Bluetooth device types to route media audio and phone call data through distinct hardware paths.

A wireless terminal device measures communication power and transmits results via a separate network when stationary.

An access point monitors upstream connectivity using indigenous logic to detect faults and initiate automated recovery processes.

Onboard server segments traffic and remaps IPs to resolve speed and security trade-offs for high-speed aircraft internet.

A Wi-Fi Direct device determines group owner authority by exchanging service-specific intent values during connection negotiation.

Trigger-based physical layer protocol data unit transmits spatial reuse information across 640 MHz bandwidth using dedicated subfields.

A control apparatus manages meshed networks of directional communication apparatuses to establish stable connections.

A low-cost internet base station determines its location using mobile station GPS coordinates transmitted over a backhaul connection.