Network Topologies TRIZ Cases

Segmented action frames allow non-AP MLDs to independently manage links, reducing control overhead and message exchanges.

A Bluetooth master device automatically pairs with multiple slave devices by storing address information and sending sequential pairing requests.

Wireless stations trigger fine timing measurement procedures during neighbor awareness networking discovery windows using service discovery frames.

Resilient backhaul links enable mesh access points to maintain connectivity through proxy controller functionality during network disruptions.

A macro base station divides data into blocks and transmits them to multiple Citizens Broadband Radio Service Devices for user equipment delivery.

A relay station mobility management unit maintains data bearer continuity during base station switching.

A secure enclave encrypts hosted satellite commands to isolate user operations from the host controller.

A user equipment transmits beam indices and quality measurements using a single uplink control information format.

Direct sequence spread spectrum modulation extends wireless LAN range while maintaining legacy device compatibility.

A wireless access point predicts future signal strength levels to select optimal channels based on anticipated interference conditions.

A message sending method exchanges time-frequency resource information between devices on different bandwidths to coordinate medium access.

A separate authentication device generates and verifies tokens via a chain of software agents, preventing password theft from compromised user devices.

Reusing conditional handover procedures for secondary node addition reduces latency by pre-configuring candidate cells and execution criteria.

Pre-configuring the target eNB with UE context and mobility set information minimizes service interruptions during LTE-WLAN aggregation handovers.

A computing system monitors operational states of fixed broadband and wireless network nodes to determine optimal service pathways across the hybrid infrastructure.

Layer 2 tunnels between distributed access points maintain strong signal strength while minimizing interference and congestion.

Out-of-band full duplex communication uses separate frequency channels for simultaneous transmission and reception to maintain signal integrity.

A heterogeneous network configures one microwave macro cell with multiple small cells to establish flexible traffic data transmission paths.

Stations transmit reservation requests to store timing data and defer medium access, reducing collisions in multihop networks.

A location server maintains femto cell identity and range data to enable mobile station positioning without pre-populated base station almanacs.

User equipment detects signal attenuation to remove RF paths from antenna switch diversity candidate sets.

Virtual MAC layers program independent scheduling logic to allocate virtual resource blocks based on channel state information.

A connectivity evaluation protocol uses secondary devices to test network paths before establishing real-time connections.

An internet micro cell routes wireless data via Ethernet to an internet gateway, improving coverage reliability in sparse tower areas.

Backend management server distributes temporary keys to authorize automatic Bluetooth pairing, resolving security risks from manual credential interception.

A forwarding device translates between classic Bluetooth and BLE protocols, buffering data to maintain time continuity and reduce transmission delays.

Pre-configured resource filters in a BLE module select specific services per connection, reducing software complexity and race conditions.

A sensor node selects a time slot during a contention window to broadcast a request signal and determine its transmission rank.

A trusted network entity generates Wi-Fi keys and sends setup requests to establish direct connections between user equipment.

A byte stuffing circuit maintains fixed bit-width during HDLC formatting by inserting stuffing bytes at specific positions.

A Controlled Cellular Network system monitors and analyzes subscriber communication interactions to protect user device data.

Wireless LAN terminals transmit state notifications to estimate concurrent data volume, constraining simultaneous transmissions to suppress collision frequency.

Terminal measures target beam quality during inter-beam handover, enabling dynamic modulation adjustment to prevent throughput loss.

A user equipment receives multicast broadcast service configuration identifying multiple public land mobile networks in a shared radio access network cell.

Dynamic TxOP adjustment prevents Wi-Fi transmission from exceeding time slices, eliminating interference with LTE systems sharing a single antenna.

An intermediary network node enables transparent software reconfiguration for radio terminals without modifying existing cellular infrastructure.

A cloud processing system acquires real-time node data to detect local hot spots using preset conditions.

Establishes physical channels with pre-configured identifiers to eliminate polling delays and manual credential distribution for secure connectivity.

Multi-tone modulation preserves phase and frequency data through envelope detection for low-power receivers.

A communication system uses a common scrambling sequence across multiple local areas to support smooth mobility for mobile terminals.

Electronic apparatus receives beacon signals and transmits neighboring device information to a server for tailored service delivery.

A non-AP station changes its Extended Unique Identifier using a transition period where both old and new values remain valid.

Inter-frame space communication enables direct audio packet exchange between peripheral devices without master device interference.

Server processes short-range signal properties from multiple communication devices to determine location without fixed infrastructure.

A locationing server detects suspicious position changes by comparing reported coordinates against established access point ranges.

Low-earth orbit intermediary satellites relay signals between geosynchronous nodes, eliminating ground station bottlenecks to reduce latency.

Network entity switches modes and uses interference measurements to select optimal channels, reducing Wi-Fi disruption on unlicensed bands.

A mutually trusted intermediary establishes separate secure links between user equipment and femto nodes to enable remote access.

ETLS tunneling encrypts all data and signaling within TLS Ethernet frames, preventing unauthorized access on insecure public WLANs.

A proxy node buffers and forwards data directly to target network nodes during handover events.