Network Topologies TRIZ Cases

A mobile relay handover mechanism manages network node transitions to maintain user equipment connectivity during movement.

Mobile devices carry data between disconnected networks using travel probability selection to ensure reliable delivery without internet infrastructure.

A service mesh routes data through underutilized microservices to compress information.

A control system adjusts security functions based on terminal movement and distance.

User equipment adjusts reception beams based on control information from the base station.

Actuating a neighbor node to wake from sleep enables new device data exchange without waiting for scheduled cycles.

A vehicle detection system uses a secondary sensor to track objects when the primary view is blocked.

Direct re-routing of bearer paths from the core network to a target donor base station reduces latency during mobile relay node handovers.

Centralized server mediation resolves security vulnerabilities from open ports while maintaining user-friendly configuration compatibility.

Intercepting router advertisements forces IoT devices to send DHCPv6 solicitations, resolving the loss of profiling information in IPv6 networks.

Grouping physical identities into service-specific sets reduces decoding complexity and battery drain during D2D discovery.

Controller detects portable light devices and adds them to an entertainment group for synchronized media effects.

Early buffer status reporting at the relay node reduces user plane delay by informing the donor base station of scheduled status ahead of time.

Proxy access points consolidate sensing measurements for multiple stations, reducing latency and improving spectrum efficiency.

Three logical superframe structures manage channel synchronization and data transmission to resolve throughput versus protocol complexity trade-offs.

Visual similarity analysis detects suspicious SSIDs by comparing character representations, preventing unauthorized access to malicious networks.

Segmenting downlink data across multiple access points allows clients to detect man-in-the-middle attacks by verifying expected spatial signal characteristics.

Dynamic MPTCP connection management adjusts cellular and WiFi bandwidth allocation based on real-time data accumulation thresholds.

Smartphone-based monitoring devices detect base station anomalies and transmit binary status messages to central services.

A device generates unique identification tags and matches them via radio signals to enable automatic proximity detection.

A terminal device reports network movement to an access and mobility management function element.

A deterministic scheduling method allocates time slots and channels in industrial wireless networks.

A Bluetooth low energy system matches device identifiers against a stored list to establish autonomous wireless connections without manual pairing steps.

Mobile sensor data from human nodes detects events and allocates resources, overcoming fixed camera coverage gaps.

Self-organizing network coordination assigns dynamic priorities based on operational stage information to manage function instance execution.

A network node data scheduling method uses shared carriers to maintain service continuity during vehicle-to-vehicle handovers.

Grouping stations by association identifiers resolves TIM protocol inefficiencies and reduces power consumption during high-density channel access.

Segmenting the control field into basic and extended portions resolves the trade-off between area throughput and signal overhead in dense WLAN environments.

Access nodes exchange interference notifications to coordinate autonomous decisions without centralized control.

A quadtree lookup mechanism determines the appropriate dispatcher using GPS coordinates and cell identifiers.

An IoT device relay manages data transmission using secure key exchange protocols and flow control mechanisms.

A femtocell redirects user equipment to a macrocell when the broadband link fails.

Automated software agents execute preliminary diagnostics and parallel device processing to resolve trade-offs between throughput and system complexity.

A trunked radio network gateway filters channel release notifications by tracking their origin to prevent unnecessary signal propagation.

A trusted device cluster enables secure peer-to-peer Wi-Fi communication without an access point.

A roaming-state determination module selectively maintains client records in wireless local area networks.

Segmenting path information into waypoint elements allows reporting only changed parts, suppressing signaling efficiency deterioration.

Machine controllers establish hardware trust to bypass encryption on mission-critical data streams.

A wireless communication system switches base station operation modes between wired backhaul and multi-hop relay connections based on real-time link quality measurements.

Nodes build domain names using vendor and tracking area codes to resolve operator maintenance addresses, eliminating cumbersome DHCP pre-configuration.

A wireless protocol manages concurrent setup negotiations between multiple devices using separate state machines.

User equipment receives emergency call capability information from a wireless access point to determine the appropriate network for initiating an emergency call.

A communication device with multiple same-type units balances loads by switching between active and sniff modes.

An electronic apparatus switches operation modes to restrict server access when communication is pending.

Processor identifies user wear status to automatically switch connections, eliminating manual intervention and reducing operational load.

A wireless control resource pool divides frequency portions to enable distinct periodicities for user equipment transmissions.

Segmenting RF and Wi-Fi transceivers extends line-of-sight coverage to 250 meters while reducing standby current consumption.

Assigns distinct Enhanced EDCA parameter sets to emergency preparedness communication devices based on service urgency levels.

A processor selects coexistence modes by analyzing RF signal diagnostics and packet statistics.

A dynamic mesh network coordinates multiple medicine administration devices to prevent overdosing or underdosing during communication interruptions.