Network Topologies TRIZ Cases

A wireless communication characteristics evaluation device acquires interference signal power and band to calculate steady noise power for real SINR determination.

A wireless communication system enables stations to establish direct links alongside infrastructure connections using a single WLAN card.

A wireless communication device analyzes incoming connection signals to determine whether to display or input authentication information.

Peer-to-peer WLAN devices exchange intent messages with tie-breaker values to resolve conflicts when both indicate equal ownership priority.

Wireless devices determine uplink timing differences to reconfigure device-to-device links during cell transitions.

An enhanced Cell Global Identifier embeds location fields to report user equipment position in satellite networks.

Information processing apparatus switches wireless channels and transmission methods to maintain stable communication quality.

Locating wireless access points using electromagnetic wave signals from reference nodes to calculate physical distances and determine positions.

Dynamic cell selection maintains MBMS reception continuity while preventing network efficiency declines from unicast transmissions.

X2 gateway segments control plane signaling to reduce interface setup complexity while enhancing mobility management.

N-EPDCCH operates within a sub-band to resolve legacy downlink control channel incompatibility with reduced bandwidth machine-type communication devices.

Mobile devices detect beam blockages and transmit interruption messages to reduce user plane interruption time during handovers.

Segmenting WLAN termination allows user-plane relocation without control-plane reconfiguration, reducing signaling load and service disruptions.

A mobile device media client obtains content metadata from wireless personal area network devices to enable seamless playback selection.

A wireless terminal accesses a base station using orthogonal codes for simultaneous multi-terminal data transmission.

Smart antenna beamforming enforces wireless free zones, preventing signal bleed interference to neighboring networks.

Proxy home agents cache user profiles to reduce handoff latency below 50 ms and minimize information exchange overhead.

Dynamic s-Measure thresholds resolve the contradiction between UE battery consumption and small cell discovery reliability in heterogeneous networks.

A processing device switches communication ranges to authenticate target devices before service provision begins.

Communication terminals identify routing domains to manage route information exchange between mobile ad-hoc network segments.

A hybrid communication system merges broadcast and bi-directional networks to deliver content.

Attestation-based verification secures IPv6 neighbor discovery by filtering untrustworthy nodes, preventing man-in-the-middle attacks.

Assigns relay nodes to non-MU-MIMO services and directs end-user devices to MU-MIMO networks to resolve resource allocation conflicts.

A moving relay node signals a new Information Element containing the mobility state estimate to network elements during handover preparation.

A Retail Interaction Platform aggregates anonymized MAC address and beacon signals to track customer movement patterns across multiple IoT sensors.

A donor base station coordinates relay node mode transitions using reconfiguration and acknowledgment messages.

A combo network device uses a single-hop bridge to establish secure point-to-point connections for seamless multi-hop integration.

Initiating gateways authenticate target gateways through a telecommunication network, reducing WSN congestion and ensuring timely data reporting.

Delegates Wi-Fi peer-to-peer group ownership to a capable device, eliminating reformation overhead and preserving session continuity.

A state-space model coordinates wireless access points to quantify performance changes and mitigate electromagnetic interference.

An automated whitelist management system associates user credentials with IMSI identifiers to provision authorized access in wireless networks.

A server broadcasts terminal IDs to mobile devices before connection requests begin.

A network node establishes control data connections to enable ad-hoc links between remote radio units and main units.

A mobile location center gateway determines a target public land mobile network for terminal device positioning requests.

A flexible routing system directs data packets between Wi-Fi and cellular networks using defined policy criteria.

A server system coordinates spatial proximity detection to facilitate user profile exchange between communication devices.

A mobile relay node aggregates wireless data and forwards it to base stations along a train route.

Intermediate tags relay encrypted ultra-wideband signals to resolve ranging accuracy deterioration when target tags exceed direct communication range.

A monitor console captures roaming authentication protocol data to verify server responses.

A visited session management device generates a target security policy by processing home and visited network requirements to derive a shared key.

A mobile device establishes a relay connection to restore connectivity when a single-RAT IoT object loses its direct link to the data network.

A universal wireless station establishes separate communications channels using software-defined radio technology for concurrent signal transmission.

WLAN location analytics identify mobile device paths to target specific network elements, reducing paging delays and signaling complexity.

Binding radio bearers to backhaul data bearers via VLAN tags enables seamless mobile IP traffic transport over Wi-Fi without modifying upper layer applications.

Coordinator node switches channels using measured energy levels exchanged between sensor nodes to maintain network connectivity.

Measures transmission delays between DVB-H and WiFi networks to drop duplicate packets and request missing content, ensuring seamless handovers.

A dual-mode phone registers with cellular and VoIP networks to enable mid-call transitions between the two systems.

A communication apparatus processes OFDMA trigger frames to enable direct peer-to-peer wireless links.

A transmit-receive framing mechanism segments forward link frames into sub-frames to group terminals for efficient capacity allocation.