Wireless Commuication Services TRIZ Cases

A network switch adjusts paging parameters using real-time wireless device and sector performance metrics to streamline call setup.

Base Station Controller correlates IP connections to enable local switching for circuit-switched calls within the same subsystem.

Evolved Node-B transmits multicast vacate channel control messages to User Equipments, reducing interference from uncoordinated networks.

Direct peer-to-peer transmission eliminates server relays, reducing latency and improving bandwidth efficiency for real-time RFID data.

An LTE base station schedules wireless resources in advance by receiving transmission periods and tolerable time shifts from machine type communication apparatuses.

A communication control device manages wireless devices and exchanges frequency sharing information between networks.

A Bluetooth device implements batch-scan modes to autonomously store advertising packets in local memory before transferring data to the host stack.

A portable fluorescence detection system integrates a light source module and an image capturing module within a housing to excite and capture test unit signals.

Central gateway module stores electronic control unit identities and permissions, enabling wireless updates to resolve fixed permission limitations.

A traffic-management field in the packet header enables source hosts to influence router output port selection for dynamic path control.

A mobile device manages profiles and status updates to extend connectivity for short-range wireless devices.

An email server detects device markup language capabilities to deliver tailored provisioning templates.

Preoccupied systems transmit pilot signals to reduce sensing time and improve frequency resource utilization efficiency.

Relay devices compress IoT data packets to extend range while conserving power.

A terminal device decodes control information coded by repetition count to resolve timing synchronization errors in coverage extension mode.

A UAV platform selects third-party networks to maintain flight path coverage.

A communication program reads identification and status information from a target to determine if main data transfer is necessary.

A target base station buffers packets and identifies the highest protocol entity sequence number to configure user equipment for seamless multicast mobility.

A Home Location Register manages machine-to-machine device categories to regulate network access and data usage patterns.

Configures semi-persistent scheduling between remote and relay user equipment to manage periodic radio resource allocation.

Target node receives UL and DL counts directly from the UE to prevent service interruptions during handover.

Pre-establishing VSNCP context parameters reduces handoff interruption time by enabling parallel signaling and traffic channel setup.

A terminal device determines a target processing manner for soft values on shared resources using network indications.

Serving base station coordinates ranging requests and reports between mobile stations and relay stations to allocate association parameters.

Segmenting preamble sequences by altitude reduces collision rates among UAVs and satellites, improving random access success.

Electronic device manages wireless communication circuit to switch between network operators for call maintenance.

A cloud system generates optimized heartbeat signals to maintain communication sessions between devices and network infrastructure.

A communication terminal determines optimal data exchange times based on application behavior.

A dedicated DFS receiver scans radar signals to preemptively switch channels, avoiding Channel Availability Check delays and maintaining high data throughput.

Tailored RF filtering techniques reject emissions between WiFi and LTE transceivers, achieving 81 dB isolation without additional antenna spacing.

A directional antenna system recalculates routing paths based on yaw thresholds to optimize data transmission.

A terminal apparatus divides redundant data into N elements and transmits them as short-range signals to reproduce information from any m combination.

A converter device uses a format conversion module to adapt data units for wireless access points.

A vertical handover method uses an intermediate access network to enable seamless wireless apparatus transition between networks.

A communication terminal coordinates separate antennas and modules to prevent signal saturation during concurrent transmissions.

A core network node determines IP packet purpose to deliver network triggered report notifications via simplified control plane messages.

A QoS translator maps Fibre Channel priorities to Ethernet frames using dedicated mapping logic and storage structures.

A user equipment initiates deregistration through a non-3GPP access network to bypass state transitions.

A system generates wireless fingerprints using mobile device sensors to determine indoor location without satellite signals.

An access point selects an optimal transmit waveform from candidate filters to minimize perceived interference at neighboring terminals.

A method for distributing security policy vectors between home and visited mobile networks to enable flexible algorithm selection.

Radio nodes build network relation tables for decentralized handoffs, eliminating manual configuration bottlenecks in enterprise femto cell deployments.

Mobile computing device registers entry and exit timestamps within defined geographic boundaries to calculate transaction amounts based on elapsed time.

A RESTful M2M routing system directs requests between service provider networks using announced resource identifiers.

A user terminal applies puncturing to uplink data upon receiving a specific control indication, enabling flexible resource allocation.

A remote assistance system performs a latency check before executing commands to ensure communication speed meets safety thresholds.

A logical entity table models client nodes in the forwarding plane to enable precise policy application at network devices.

A coexistence manager coordinates frequency sharing among multiple communication systems in TV white spaces.