Network Topologies TRIZ Cases

An emulator layer and bridge translate UWB packets into LAN protocols, extending high-speed data rates beyond the typical ten-meter peer-to-peer range.

Directional clear channel assessment determines primary access category availability, enabling dynamic secondary selection when initial channels remain busy.

A switchable RF filter matrix selects optimal signal paths to process wireless communications in Wi-Fi networks.

Periodic listening by the master and synchronized slave transmission reduce energy consumption for battlefield simulation networks.

A Wi-Fi station receives a priority indication in the physical layer header to reduce interference during critical frame transmissions.

Connected vehicle device uses VIN authentication to prevent unauthorized network access.

Universal non-access stratum signaling routes short message service data via wireless local area networks, resolving latency bottlenecks in non-cellular access.

A WLAN entity receives radio resource information from a mobile network authentication entity to manage subscriber access.

A dynamic channel selection function optimizes backhaul connections by switching access point channels based on real-time signal conditions.

A network apparatus selects target base stations from a difference group to prepare for handovers.

A cellular phone converts extension numbers to external numbers via a mobile switching controller.

A repeater distributes same-destination frames across multiple communication paths to maximize throughput.

Target intermediate session management network element sends a first message to establish a forwarding tunnel between source and target intermediate user plane network elements.

User equipment signals evolved packet system fallback capability to the call session control function, ensuring correct location updates and timer values.

A simplified mesh network protocol modifies IEEE 802.11 data frame addresses to reduce computational overhead and power consumption.

A mobile base station reserves transmission parameters at neighboring donor stations before arrival.

Proxy devices scan group members to compile criteria, resolving selection complexity by consolidating diverse preferences into unified suggestions.

An on-board locationing engine determines mobile unit positions within spatial regions to selectively enable or disable network address translation.

A bandwidth controller manages wireless resources using a global usage map across vehicles and routes.

A transmission end apparatus performs path switching between fourth generation and fifth generation communication systems.

A satellite communication system allocates time-frequency resources using a grid of non-contiguous zones to dynamically focus beams on user terminals.

A WLAN apparatus encapsulates MAC management frames within lower frequency bands to extend service coverage beyond direct line-of-sight limits.

Processor segments communication resources into priority levels to allocate bandwidth for audio services.

A processor groups responsive electronic devices using context awareness to coordinate actions across multiple units.

Segmenting coverage into priority zones allows mobile devices to customize service access and charging without increasing management complexity.

Resource-constrained nodes delegate location determination to capable peers, reducing network traffic and delay while maintaining data throughput.

A wireless frame carries a first indication to instruct a sensing responder to receive a null data packet.

A biometric monitoring device activates heart rate measurement via a single user gesture.

Access stratum context relocation and path switching reduce latency and signaling overhead during non-terrestrial network transitions.

A multi-link compatible base station sets distinct contention window values to manage wireless transmission opportunities.

A base station calculates setting and switching policies for wireless communication units to connect terminal stations.

Cooperative ad hoc networks reduce service provider bandwidth consumption by merging individual streams into collective data flows.

A wireless base station uses segmented connections with pre-cached content to reduce setup time while maintaining access control.

Nodes share compact data models with correlation parameters to reduce reporting overhead and protect privacy while maintaining prediction accuracy.

Wireless location detection devices automate fixed port mapping by communicating position data to servers, eliminating manual cable tracing labor costs.

Orthogonal preambles embed priority data to detect collisions in full-duplex wireless networks without self-interference estimation.

Time-division communication modes schedule alternating transmission intervals at relay nodes, reducing signal interference while maintaining system throughput.

A WLAN virtualization system manages multiple virtual Basic Service Sets using a superframe structure with dedicated time slots.

User equipment filters model generalization information to balance versatility and size, enabling efficient AI model usage.

MME coordinates user plane setup between base stations and SGW to enable rapid handovers, reducing data loss during transitions.

A femtocell base station manages a low-duty mode cycle with alternating available and unavailable intervals to enable efficient mobile station scanning.

A host server obtains and pushes digital certificates to mobile devices, reducing processing power by offloading certificate authority interactions.

Unsolicited CTS frames synchronize NAV protection on secondary channels, resolving hidden terminal interference that wastes transmission capacity.

A relay user equipment secures a peer-to-peer link using session key material distributed by a mobile network node.

A roaming user equipment apparatus receives monitoring configurations from a trust surveillance network function to perform specific parameter measurements.

A hierarchical provisioning method enables simultaneous node configuration through segmented address allocation.

A receiver estimates frequency offset using duplicated data symbols across multiple frames to adjust its local oscillator.

Sparse convolution models extract feature maps from geographical data to enable reinforcement learning scheduling without channel state information.

A VoWi-Fi call system switches between WLANs using ePDG interface tunnel parameters to maintain voice communication.