Network Topologies TRIZ Cases

A cloud-based system provides satellite ephemeris data through an application programming interface to user equipment.

A wireless terminal adjusts spatial reuse backoff time using interference power and distance data to acquire transmission opportunities.

A common API unifies self-organizing network tools, eliminating development redundancy while enabling dynamic configuration changes.

Image forming apparatus manages Wi-Fi Direct connections using stored device information to resolve security and ease of operation trade-offs.

Satellite communication bridges routing gaps in sparse ad-hoc mobile networks, ensuring reliable message delivery without dense node deployment.

A gateway device switches to bridge mode and synchronizes network parameters to merge separate segments into a unified local area network.

Sensor nodes distribute image processing locally to reduce communication bandwidth overload while maintaining detection accuracy.

MME detects serving gateway mismatches before dual connectivity setup, preventing failed SeNB additions and reducing signaling overhead.

A mobile device identification server determines a user's number via cellular IP address routing.

Pre-established credentials allow handoffs without four-way handshakes, reducing signaling overhead and packet drops in dense wireless networks.

Information processing apparatus displays authentication screen after confirming communication device output completion.

Dynamic gain adjustment prevents receiver overload from co-located transmitters while maintaining sensitivity for distant client packets.

A user device monitors channel state information fluctuations across peer-to-peer Wi-Fi links to detect motion through radio frequency signals.

A WLAN terminal sends notification information to an access point using a PS-Poll frame with an emergency indication field.

Segmenting channel management into independent units extends bandwidth while minimizing implementation complexity in high-density environments.

A femto gateway suspends relocation procedures using a timer to maintain service continuity during signal transitions.

A transmitted BSSID consolidates link recommendations into a single frame for associated stations and non-transmitted BSSIDs.

A femtocell base station alters a PDP Context identifier to trigger core network deactivation during handover.

Turnbuckle subsystems integrate strain gauge circuits to measure cable tension in real time.

A monostatic wireless proximity detection system generates randomized frame signatures to authenticate received signals and prevent spoofing attacks.

A free-space optical communication system uses a backchannel to transmit feedback data from the receiver to the transmitter for signal adjustment.

A mobile broadband routable internet enables peer-to-peer IP routing among mobile devices without fixed infrastructure.

A communication device detects busy states in overlapping basic service set frames to switch channels for data transmission.

Mesh devices associate with multiple networks to exchange neighbor information and calculate paths across overlapping mesh topologies.

Deploying aerial nodes over inaccessible terrain restores communication services by overcoming ground-level RF limitations.

A wireless relay station extends the coverage area of radio frequency tracking systems by receiving electromagnetic signals from mobile devices and transmitting timing information to a base station.

Dynamic RSTD quantization adjusts resolution based on signal conditions, resolving fixed-resolution bottlenecks that limit LTE positioning accuracy.

Segmented CubeSats form an ad hoc network to provide global IoT coverage, reducing development costs and overcoming infrastructure limitations in remote areas.

A wireless multilink device reconfigures communication links to optimize resource allocation and reduce latency in real-time data transmission.

Nodes propagate trust data via peer mediation to verify sender reliability, reducing interaction risks in ad-hoc networks.

A sensor tag transmits data to a reader device using short-range wireless protocols for automated collection.

A cluster head selects a preamble matching the number of user equipment members to establish simultaneous base station connections.

Physical shock detection via accelerometers automates Zigbee device binding, eliminating tedious manual key authentication steps.

An embedded subscriber identity module sends a short message service request to generate certificate signing requests for network enrollment.

Network-wide resource allocation schedules prevent transmission collisions in ad-hoc wireless networks without centralized base station coordination.

A mobile phone routes voice call audio through a Wi-Fi link while maintaining control signaling via Bluetooth to improve transmission capacity.

Network devices forward retrieved service information to peers using control channels during idle periods.

A communication device uses dual wireless interfaces to adapt across different network configurations.

PC5 messages embed WLAN frames to eliminate separate discovery steps and reduce power consumption.

A wireless device configures aggregation traffic using basic trigger frames and access category priorities to allocate uplink resources.

Smart flooding route request packets relay position data through next hop nodes to reduce network load from repeated flooding.

A macro access point coordinates handovers between local area access points to maintain seamless connectivity.

A system identifies edge devices using UE IP addresses to select cloud or edge DNS paths.

A mobile radio selects a target talkgroup across wireless networks using a push-to-talk key state.

Segmenting the feeder link from a dedicated control line allows remote cell optimization without increasing communication traffic on the mobile service path.

A social mesh network distributes access credentials to all devices when a user joins the system.

Aircraft WiMax subnetwork creates ad hoc wireless links between planes, routing messages through intermediate aircraft to bypass expensive SATCOM costs.