Network Topologies TRIZ Cases

Dynamic paging resource allocation reduces power consumption and setup latency by balancing channel load and minimizing false alarms.

RF node network calculates distances via signal strength comparison, eliminating line-of-sight requirements of laser rangefinders.

Shared internet backhaul with software radio and jitter buffers manages wireless voice and data transmissions.

Devices choose random access resource sizes matching path loss estimates, reducing power ramping and improving coverage for low-rate MTC devices.

A communication device configures a secondary cell and its physical uplink control channel to manage deactivation timers via network commands.

Segmenting MBSFN subframes into eICIC and normal types resolves the conflict between resource utilization and independent control capability.

A client device determines its position by listening to pairwise message exchanges between network devices that include relative timestamp information.

Splitting the contention window into probability-based sections reduces collisions and improves throughput in 802.11 networks.

Wireless apparatus requests secondary frequency bands to expand transmission bandwidth, resolving spectral efficiency limits in IEEE 802.11ac systems.

A wireless access point protocol provides client devices with target access point lists to streamline connection transitions.

A BLE peripheral transmits advertising signals containing connection status information to enable automated partner switching.

Segmenting a single radio into independent 1x1 resources enables multi-link operation without dual-radio hardware, reducing device cost and complexity.

A high throughput satellite adjusts color re-use patterns based on spectrum fill rate to manage bandwidth allocation.

Filtering incompatible nodes and ranking candidates by signal strength and level to stabilize dynamic mesh topologies.

A locationing platform configures mesh relay nodes to forward or drop waypoint beacon communications based on their position relative to entry nodes.

Coordinated frequency division multiple access assigns non-orthogonal sub-channels to access points for simultaneous transmission opportunities.

Customer premises node routes 3G alarm messages to a 4G network gateway for authentication.

A mobile application determines guest location to facilitate wireless communication with owners for premises entry.

A peripheral device with a cellular transceiver enables wide area network access for computing devices lacking native WAN capabilities.

Segmented control channels resolve uplink-downlink power imbalances between base stations and relay nodes.

Home wireless router terminates WLAN and broadband encryption schemes to secure VoIP calls across network boundaries.

Segments downlink control information into multiple repetitions across time slots to improve demodulation reliability under satellite power limitations.

A display unit renders discovered wireless devices as selectable celestial icons sized by radio intensity for intuitive selection.

Quality assessment server translates complex performance metrics into simple grades and actionable modification settings.

Storing COUNT values before resetting them recovers parameters after handover failure, while reporting operator IDs enables access to shared CSG cells.

A terminal apparatus displays available communication schemes for a multifunction peripheral via near-field communication.

Modified trigger frame merges current and subsequent resource allocations into one transmission, reducing latency and control overhead for wireless stations.

A personal IoT network system monitors periodic update requests to determine entity availability status.

A location platform identifies femtocells using unique IP addresses and INSEE codes to enable precise device positioning.

Aerial floating devices act as base stations to establish alternate backhaul links, restoring connectivity when terrestrial networks face disaster disruptions.

A compact omnidirectional antenna system uses multiple dipole elements with specific radiation branch angles to achieve wide-bandwidth coverage.

A relay node selects transmission or reception modes based on signal types to optimize resource usage.

A portable terminal controller reuses existing IP addresses when roaming between access points to maintain network connectivity.

A mobility pattern monitoring system determines user movement scores to adjust radio access network parameters.

A WLAN tone plan allocates resource units with specific guard and DC tones to enable efficient subcarrier distribution.

A network coordinator assigns priority, impact area, and time to self-organizing functions for conflict-free execution.

A second client station uses a first station's SIM credentials to authenticate with a WiFi network via proxy forwarding.

Dynamic radiation pattern adjustment resolves node movement and propagation changes that degrade signal quality in wireless mesh networks.

A radio resource control system calculates scaled load estimates to optimize frequency allocation across multiple base stations.

A notification message initiates coverage area re-selection to release dedicated uplink transmission resources.

Correlation detection extracts phase data from standard Bluetooth packets, enabling accurate location tracking without continuous wave tone transmission.

User terminals detect physical cell identity conflicts and report them to base stations, resolving mobility management errors without human intervention.

A radio distributed antenna system uses an ultra-wideband control channel to direct network elements in converting modulated signals into specific spectral segments.

An assistant device transmits geolocation data to a television set, resolving high costs of embedded GPS receivers while ensuring valid spectrum allocation.

A security control module determines mobile device location using ultra-wideband signal properties for precise access management.

Access point computes utility functions from channel quality and queue data to allocate resource units.

A session management function network element determines terminal device location to guide domain name resolution.

Segmenting tracking by network type resolves the conflict between multi-link exchange capability and measurement precision.

Establishing a secure tunnel transmits credentials and device configurations to unauthenticated client devices, eliminating captive portal friction.